| BT-B101 BRONOPOL | BioTio Group | BT-B101 BRONOPOL is a white crystalline powder that has a melting point of 126-131°C and a pH value of 5.0-7.0. This product is most commonly used as a broad-spectrum antimicrobial agent in coatings, paints, inks, and adhesive applications. | |
| BT-IN603 DTSA | BioTio Group | BT-IN603 DTSA is an off-white to light yellow powder that has a melting point of 280-290°C and a moisture content of ≤0.10%. This product is most commonly used as a chemical intermediate in dyes and biocides. | |
| BT-IN604 DCPI | BioTio Group | BT-IN604 DCPI is a white crystalline powder that has a content/assay of ≥98% and other isocyanate content of ≤1.0%. This product is most commonly used as an intermediate for the production of dyes. | |
| C Glass Flake GF007/C | Glassflake Ltd | C Glass Flake GF007/C is a corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of Av. 5 +/- 2 microns. The manufacturing process utilized by this flake differs from the normal spun-glass method, resulting i...展開 C Glass Flake GF007/C is a corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of Av. 5 +/- 2 microns. The manufacturing process utilized by this flake differs from the normal spun-glass method, resulting in a wider thickness specification. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier properties and reinforcement of mechanical properties, giving the finished product an isotropic reinforcement across the plane of the platelet. Glassflake materials are offered with the option of surface pre-treatment with a range of saline coupling agents including; 3-Aminopropyltriethoxy Saline, Vinyl trimethoxy Saline, γ-Glycidoxypropyltrimethoxy Saline and Methacryloxypropyltrimethoxy Saline. 收起 | |
| C Glass Flake GF750/C | Glassflake Ltd | C Glass Flake GF750/C is a corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of Av. 5 +/- 2 microns. The manufacturing process utilized by this flake differs from the normal spun-glass method, resulting i...展開 C Glass Flake GF750/C is a corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of Av. 5 +/- 2 microns. The manufacturing process utilized by this flake differs from the normal spun-glass method, resulting in a wider thickness specification. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier properties and reinforcement of mechanical properties, giving the finished product an isotropic reinforcement across the plane of the platelet. Glassflake materials are offered with the option of surface pre-treatment with a range of saline coupling agents including; 3-Aminopropyltriethoxy Saline, Vinyl trimethoxy Saline, γ-Glycidoxypropyltrimethoxy Saline and Methacryloxypropyltrimethoxy Saline. 收起 | |
| C Glass Flake GF750MC | Glassflake Ltd | C Glass Flake GF750MC is a corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of Av. 5 +/-2 microns. The manufacturing process utilized by this flake differs from the normal spun-glass method, resulting in...展開 C Glass Flake GF750MC is a corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of Av. 5 +/-2 microns. The manufacturing process utilized by this flake differs from the normal spun-glass method, resulting in a wider thickness specification. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier properties and reinforcement of mechanical properties, giving the finished product an isotropic reinforcement across the plane of the platelet. Glassflake materials are offered with the option of surface pre-treatment with a range of saline coupling agents including; 3-Aminopropyltriethoxy Saline, Vinyl trimethoxy Saline, γ-Glycidoxypropyltrimethoxy Saline and Methacryloxypropyltrimethoxy Saline. 收起 | |
| CF19-2186 | NuSil Silicone Technology 1 | CF19-2186 is a general purpose silicone elastomer that has a medium cure rate and is provided in mix and dispense applicators. This product can provide protection for assemblies and electronic components against, vibration, shock, ozone, moisture, dust an...展開 CF19-2186 is a general purpose silicone elastomer that has a medium cure rate and is provided in mix and dispense applicators. This product can provide protection for assemblies and electronic components against, vibration, shock, ozone, moisture, dust and other contaminants. It can also be utilized as an encapsulating or potting material, and can replicate surfaces and devices. 收起 | |
| Decoflux DP 210 Redbrown | Zschimmer & Schwarz GmbH & Co. KG Chemische Fabriken | Decoflux DP 210 Redbrown is a grinding vehicle. This product is insoluble in water and can be used in the production of reddish brown inks in digital printing applications. The end user will have to determine and adapt the required ratio of solids conte...展開 Decoflux DP 210 Redbrown is a grinding vehicle. This product is insoluble in water and can be used in the production of reddish brown inks in digital printing applications. The end user will have to determine and adapt the required ratio of solids content and media. 收起 | |
| Decoflux DP 211 Yellow | Zschimmer & Schwarz GmbH & Co. KG Chemische Fabriken | Decoflux DP 211 Yellow is a grinding vehicle. This product is insoluble in water and can be used in the production of yellowish-brown inks in digital printing applications. The end user will have to determine and adapt the required ratio of solids content...展開 Decoflux DP 211 Yellow is a grinding vehicle. This product is insoluble in water and can be used in the production of yellowish-brown inks in digital printing applications. The end user will have to determine and adapt the required ratio of solids content and media. 收起 | |
| Decoflux DP R 12 | Zschimmer & Schwarz GmbH & Co. KG Chemische Fabriken | Decoflux DP R 12 is an auxiliary for adjusting the rheology and printing properties of ink media. This product is solvent-based and insoluble in water. It can be used to protect against drying inks out, even at high temperatures, and will decrease visco...展開 Decoflux DP R 12 is an auxiliary for adjusting the rheology and printing properties of ink media. This product is solvent-based and insoluble in water. It can be used to protect against drying inks out, even at high temperatures, and will decrease viscosity variations in the end product. 收起 | |
| Decoflux DP R 24 | Zschimmer & Schwarz GmbH & Co. KG Chemische Fabriken | Decoflux DP R 24 is an auxiliary for adjusting the rheology and printing properties of ink media. This product is solvent-based and insoluble in water. It can be used to protect against drying inks out, even at high temperatures, and will decrease viscosi...展開 Decoflux DP R 24 is an auxiliary for adjusting the rheology and printing properties of ink media. This product is solvent-based and insoluble in water. It can be used to protect against drying inks out, even at high temperatures, and will decrease viscosity variations in the end product. 收起 | |
| Digicer Primer 008 | Zschimmer & Schwarz GmbH & Co. KG Chemische Fabriken | Digicer Primer 008, in the form of a transparent liquid, is a mix of derivatives from ethylene and propylene oxides. This product can be used as a film-former on the surface of a glaze, in order to create an uniform suction behavior of the applied printi...展開 Digicer Primer 008, in the form of a transparent liquid, is a mix of derivatives from ethylene and propylene oxides. This product can be used as a film-former on the surface of a glaze, in order to create an uniform suction behavior of the applied printing ink by the glaze, which creates good preconditions for the decoration by digital printing technology. It decreases the vapour pressure of the water, which avoids condensation on the printing heads. It also improves the application of colour and reduces defects from inexact adjustment of the printing heads. 收起 | |
| Digicer TU 203 | Zschimmer & Schwarz GmbH & Co. KG Chemische Fabriken | Digicer TU 203, in the form of a yellow liquid, is a mix of block polymers. This product is a levelling agent for glazes to be applied after decoration by digital printing technology. The hydrophobic character of inks often do not permit perfect levelin...展開 Digicer TU 203, in the form of a yellow liquid, is a mix of block polymers. This product is a levelling agent for glazes to be applied after decoration by digital printing technology. The hydrophobic character of inks often do not permit perfect leveling of the glaze on the tile surface after the decoration by digital printing technology. This product in particular avoids repelling water. 收起 | |
| ECR Glass Flake GF001 | Glassflake Ltd | ECR Glass Flake GF001 is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of 1.0 - 1.3μm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier properties a...展開 ECR Glass Flake GF001 is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of 1.0 - 1.3μm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier properties and reinforcement of mechanical properties, giving the finished product an isotropic reinforcement across the plane of the platelet. Glassflake materials are offered with the option of surface pre-treatment with a range of saline coupling agents including; 3-Aminopropyltriethoxy Saline, Vinyl trimethoxy Saline, γ-Glycidoxypropyltrimethoxy Saline and Methacryloxypropyltrimethoxy Saline. 收起 | |
| ECR Glass Flake GF002 | Glassflake Ltd | ECR Glass Flake GF002 is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of 1.3 - 2.3μm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier properties a...展開 ECR Glass Flake GF002 is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of 1.3 - 2.3μm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier properties and reinforcement of mechanical properties, giving the finished product an isotropic reinforcement across the plane of the platelet. Glassflake materials are offered with the option of surface pre-treatment with a range of saline coupling agents including; 3-Aminopropyltriethoxy Saline, Vinyl trimethoxy Saline, γ-Glycidoxypropyltrimethoxy Saline and Methacryloxypropyltrimethoxy Saline. 收起 | |
| ECR Glass Flake GF003 | Glassflake Ltd | ECR Glass Flake GF003 is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of 2.3 - 3.3μm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier properties a...展開 ECR Glass Flake GF003 is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of 2.3 - 3.3μm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier properties and reinforcement of mechanical properties, giving the finished product an isotropic reinforcement across the plane of the platelet. Glassflake materials are offered with the option of surface pre-treatment with a range of saline coupling agents including; 3-Aminopropyltriethoxy Saline, Vinyl trimethoxy Saline, γ-Glycidoxypropyltrimethoxy Saline and Methacryloxypropyltrimethoxy Saline. 收起 | |
| ECR Glass Flake GF005 | Glassflake Ltd | ECR Glass Flake GF005 is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of 3.5 - 5.5μm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier properties ...展開 ECR Glass Flake GF005 is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of 3.5 - 5.5μm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier properties and reinforcement of mechanical properties, giving the finished product an isotropic reinforcement across the plane of the platelet. Glassflake materials are offered with the option of surface pre-treatment with a range of saline coupling agents including; 3-Aminopropyltriethoxy Saline, Vinyl trimethoxy Saline, γ-Glycidoxypropyltrimethoxy Saline and Methacryloxypropyltrimethoxy Saline. 收起 | |
| ECR Glass Flake GF007 | Glassflake Ltd | ECR Glass Flake GF007 is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of 5.5 - 9.5μm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier properties a...展開 ECR Glass Flake GF007 is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of 5.5 - 9.5μm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier properties and reinforcement of mechanical properties, giving the finished product an isotropic reinforcement across the plane of the platelet. Glassflake materials are offered with the option of surface pre-treatment with a range of saline coupling agents including; 3-Aminopropyltriethoxy Saline, Vinyl trimethoxy Saline, γ-Glycidoxypropyltrimethoxy Saline and Methacryloxypropyltrimethoxy Saline. 收起 | |
| ECR Glass Flake GF100M (Milled) | Glassflake Ltd | ECR Glass Flake GF100M (Milled) is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of 1.0 - 1.3μm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier pr...展開 ECR Glass Flake GF100M (Milled) is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of 1.0 - 1.3μm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier properties and reinforcement of mechanical properties, giving the finished product an isotropic reinforcement across the plane of the platelet. Glassflake materials are offered with the option of surface pre-treatment with a range of saline coupling agents including; 3-Aminopropyltriethoxy Saline, Vinyl trimethoxy Saline, γ-Glycidoxypropyltrimethoxy Saline and Methacryloxypropyltrimethoxy Saline. 收起 | |
| ECR Glass Flake GF100M (Unmilled) | Glassflake Ltd | ECR Glass Flake GF100 (Unmilled) is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of 1.0 - 1.3μm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier p...展開 ECR Glass Flake GF100 (Unmilled) is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of 1.0 - 1.3μm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier properties and reinforcement of mechanical properties, giving the finished product an isotropic reinforcement across the plane of the platelet. Glassflake materials are offered with the option of surface pre-treatment with a range of saline coupling agents including; 3-Aminopropyltriethoxy Saline, Vinyl trimethoxy Saline, γ-Glycidoxypropyltrimethoxy Saline and Methacryloxypropyltrimethoxy Saline. 收起 | |
| ECR Glass Flake GF100nm (Unmilled) | Glassflake Ltd | ECR Glass Flake GF100nm (Unmilled) is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of ca.100nm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier pr...展開 ECR Glass Flake GF100nm (Unmilled) is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of ca.100nm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier properties and reinforcement of mechanical properties, giving the finished product an isotropic reinforcement across the plane of the platelet. Glassflake materials are offered with the option of surface pre-treatment with a range of saline coupling agents including; 3-Aminopropyltriethoxy Saline, Vinyl trimethoxy Saline, γ-Glycidoxypropyltrimethoxy Saline and Methacryloxypropyltrimethoxy Saline. 收起 | |
| ECR Glass Flake GF100nmM (Milled) | Glassflake Ltd | ECR Glass Flake GF100nmM (Milled) is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of ca.100nm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier pro...展開 ECR Glass Flake GF100nmM (Milled) is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of ca.100nm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier properties and reinforcement of mechanical properties, giving the finished product an isotropic reinforcement across the plane of the platelet. Glassflake materials are offered with the option of surface pre-treatment with a range of saline coupling agents including; 3-Aminopropyltriethoxy Saline, Vinyl trimethoxy Saline, γ-Glycidoxypropyltrimethoxy Saline and Methacryloxypropyltrimethoxy Saline. 收起 | |
| ECR Glass Flake GF350nm (Unmilled) | Glassflake Ltd | ECR Glass Flake GF350nm (Unmilled) is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of ca.350nm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier pr...展開 ECR Glass Flake GF350nm (Unmilled) is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of ca.350nm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier properties and reinforcement of mechanical properties, giving the finished product an isotropic reinforcement across the plane of the platelet. Glassflake materials are offered with the option of surface pre-treatment with a range of saline coupling agents including; 3-Aminopropyltriethoxy Saline, Vinyl trimethoxy Saline, γ-Glycidoxypropyltrimethoxy Saline and Methacryloxypropyltrimethoxy Saline. 收起 | |
| ECR Glass Flake GF350nmM (Milled) | Glassflake Ltd | ECR Glass Flake GF350nmM (Milled) is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of ca.350nm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier pro...展開 ECR Glass Flake GF350nmM (Milled) is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of ca.350nm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier properties and reinforcement of mechanical properties, giving the finished product an isotropic reinforcement across the plane of the platelet. Glassflake materials are offered with the option of surface pre-treatment with a range of saline coupling agents including; 3-Aminopropyltriethoxy Saline, Vinyl trimethoxy Saline, γ-Glycidoxypropyltrimethoxy Saline and Methacryloxypropyltrimethoxy Saline. 收起 | |
| ECR Glass Flake GF500M (Milled) | Glassflake Ltd | ECR Glass Flake GF500M (Milled) is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of 3.5 - 5.5μm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier pr...展開 ECR Glass Flake GF500M (Milled) is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of 3.5 - 5.5μm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier properties and reinforcement of mechanical properties, giving the finished product an isotropic reinforcement across the plane of the platelet. Glassflake materials are offered with the option of surface pre-treatment with a range of saline coupling agents including; 3-Aminopropyltriethoxy Saline, Vinyl trimethoxy Saline, γ-Glycidoxypropyltrimethoxy Saline and Methacryloxypropyltrimethoxy Saline. 收起 | |
| ECR Glass Flake GF500M (Unmilled) | Glassflake Ltd | ECR Glass Flake GF500 (Unmilled) is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of 3.5 - 5.5μm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier p...展開 ECR Glass Flake GF500 (Unmilled) is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of 3.5 - 5.5μm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier properties and reinforcement of mechanical properties, giving the finished product an isotropic reinforcement across the plane of the platelet. Glassflake materials are offered with the option of surface pre-treatment with a range of saline coupling agents including; 3-Aminopropyltriethoxy Saline, Vinyl trimethoxy Saline, γ-Glycidoxypropyltrimethoxy Saline and Methacryloxypropyltrimethoxy Saline. 收起 | |
| ECR Glass Flake GF500nm (Unmilled) | Glassflake Ltd | ECR Glass Flake GF500nm (Unmilled) is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of ca.500nm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier pr...展開 ECR Glass Flake GF500nm (Unmilled) is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of ca.500nm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier properties and reinforcement of mechanical properties, giving the finished product an isotropic reinforcement across the plane of the platelet. Glassflake materials are offered with the option of surface pre-treatment with a range of saline coupling agents including; 3-Aminopropyltriethoxy Saline, Vinyl trimethoxy Saline, γ-Glycidoxypropyltrimethoxy Saline and Methacryloxypropyltrimethoxy Saline. 收起 | |
| ECR Glass Flake GF500nmM (Milled) | Glassflake Ltd | ECR Glass Flake GF500nmM (Milled) is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of ca.500nm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier pro...展開 ECR Glass Flake GF500nmM (Milled) is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of ca.500nm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier properties and reinforcement of mechanical properties, giving the finished product an isotropic reinforcement across the plane of the platelet. Glassflake materials are offered with the option of surface pre-treatment with a range of saline coupling agents including; 3-Aminopropyltriethoxy Saline, Vinyl trimethoxy Saline, γ-Glycidoxypropyltrimethoxy Saline and Methacryloxypropyltrimethoxy Saline. 收起 | |
| ECR Glass Flake GF750M (Milled) | Glassflake Ltd | ECR Glass Flake GF750 (Milled) is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of 5.5 - 9.5μm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier pro...展開 ECR Glass Flake GF750 (Milled) is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of 5.5 - 9.5μm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier properties and reinforcement of mechanical properties, giving the finished product an isotropic reinforcement across the plane of the platelet. Glassflake materials are offered with the option of surface pre-treatment with a range of saline coupling agents including; 3-Aminopropyltriethoxy Saline, Vinyl trimethoxy Saline, γ-Glycidoxypropyltrimethoxy Saline and Methacryloxypropyltrimethoxy Saline. 收起 | |
| ECR Glass Flake GF750M (Unmilled) | Glassflake Ltd | ECR Glass Flake GF750 (Unmilled) is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of 5.5 - 9.5μm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier p...展開 ECR Glass Flake GF750 (Unmilled) is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of 5.5 - 9.5μm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier properties and reinforcement of mechanical properties, giving the finished product an isotropic reinforcement across the plane of the platelet. Glassflake materials are offered with the option of surface pre-treatment with a range of saline coupling agents including; 3-Aminopropyltriethoxy Saline, Vinyl trimethoxy Saline, γ-Glycidoxypropyltrimethoxy Saline and Methacryloxypropyltrimethoxy Saline. 收起 | |
| ECR Glass Flake GF750nm (Unmilled) | Glassflake Ltd | ECR Glass Flake GF750nm (Unmilled) is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of ca.750nm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier pr...展開 ECR Glass Flake GF750nm (Unmilled) is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of ca.750nm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier properties and reinforcement of mechanical properties, giving the finished product an isotropic reinforcement across the plane of the platelet. Glassflake materials are offered with the option of surface pre-treatment with a range of saline coupling agents including; 3-Aminopropyltriethoxy Saline, Vinyl trimethoxy Saline, γ-Glycidoxypropyltrimethoxy Saline and Methacryloxypropyltrimethoxy Saline. 收起 | |
| ECR Glass Flake GF750nmM (Milled) | Glassflake Ltd | ECR Glass Flake GF750nmM (Milled) is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of ca.750nm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier pro...展開 ECR Glass Flake GF750nmM (Milled) is an extra corrosion resistant glass flake which is manufactured from modified C glass with a nominal thickness of ca.750nm. Primarily used in anti-corrosive coatings, glass flakes can be used to improve both barrier properties and reinforcement of mechanical properties, giving the finished product an isotropic reinforcement across the plane of the platelet. Glassflake materials are offered with the option of surface pre-treatment with a range of saline coupling agents including; 3-Aminopropyltriethoxy Saline, Vinyl trimethoxy Saline, γ-Glycidoxypropyltrimethoxy Saline and Methacryloxypropyltrimethoxy Saline. 收起 | |
| Granicer 7030 | Zschimmer & Schwarz GmbH & Co. KG Chemische Fabriken | Granicer 7030, in the form of a turbid, viscous liquid, is a preparation of polymers in an aqueous solution. This product allows the application of granules to tiles by airless, double disk, bell, or curtain coating machines, and to cover the complete sur...展開 Granicer 7030, in the form of a turbid, viscous liquid, is a preparation of polymers in an aqueous solution. This product allows the application of granules to tiles by airless, double disk, bell, or curtain coating machines, and to cover the complete surface of the tiles. It can be used in the fields of engraving and digital printing. This product is miscible in water. 收起 | |
| LA Glass Flake GF001LA | Glassflake Ltd | LA Glass Flake GF001LA is a Low Alkali Glassflake, or LAG, which has been formulated specifically for use as a pigment substrate, giving the finished product unique effects. Glass flakes, or borosilicates as they are often referred to, are a unique substr...展開 LA Glass Flake GF001LA is a Low Alkali Glassflake, or LAG, which has been formulated specifically for use as a pigment substrate, giving the finished product unique effects. Glass flakes, or borosilicates as they are often referred to, are a unique substrate which, unlike natural micas and synthetic micas, have a completely planar and smooth surface. They are also completely transparent, giving rise to effect pigments coated with metal oxides that display high brightness, good color purity, and high chroma. Presently glass flake pigments are used in both cosmetic and industrial applications including automotive coatings. 收起 | |
| LA Glass Flake GF100LA | Glassflake Ltd | LA Glass Flake GF100LA is a Low Alkali Glassflake, or LAG, which has been formulated specifically for use as a pigment substrate, giving the finished product unique effects. Glass flakes, or borosilicates as they are often referred to, are a unique substr...展開 LA Glass Flake GF100LA is a Low Alkali Glassflake, or LAG, which has been formulated specifically for use as a pigment substrate, giving the finished product unique effects. Glass flakes, or borosilicates as they are often referred to, are a unique substrate which, unlike natural micas and synthetic micas, have a completely planar and smooth surface. They are also completely transparent, giving rise to effect pigments coated with metal oxides that display high brightness, good color purity, and high chroma. Presently glass flake pigments are used in both cosmetic and industrial applications including automotive coatings. 收起 | |
| LA Glass Flake GF100MLA | Glassflake Ltd | LA Glass Flake GF100MLA is a Low Alkali Glassflake, or LAG, which has been formulated specifically for use as a pigment substrate, giving the finished product unique effects. Glass flakes, or borosilicates as they are often referred to, are a unique subst...展開 LA Glass Flake GF100MLA is a Low Alkali Glassflake, or LAG, which has been formulated specifically for use as a pigment substrate, giving the finished product unique effects. Glass flakes, or borosilicates as they are often referred to, are a unique substrate which, unlike natural micas and synthetic micas, have a completely planar and smooth surface. They are also completely transparent, giving rise to effect pigments coated with metal oxides that display high brightness, good color purity, and high chroma. Presently glass flake pigments are used in both cosmetic and industrial applications including automotive coatings. 收起 | |
| Leafing Aluminum Paste BT-AP400 | BioTio Group | Leafing Aluminum Paste BT-AP400 is a high pure aluminum powder that has a pigment content of 65±2% and a leafing value of ≥65%. This product is most commonly used to resist heat and corrosion in marine paint and roof coatings, industrial coatings, inks, d...展開 Leafing Aluminum Paste BT-AP400 is a high pure aluminum powder that has a pigment content of 65±2% and a leafing value of ≥65%. This product is most commonly used to resist heat and corrosion in marine paint and roof coatings, industrial coatings, inks, decorative and reflective finishes coating, and anti-corrosive coatings. 收起 | |
| Leafing Aluminum Paste BT-AP401 | BioTio Group | Leafing Aluminum Paste BT-AP401 is a high pure aluminum powder that has a pigment content of 65±2% and a leafing value of ≥75%. This product is most commonly used to resist heat and corrosion in marine paint and roof coatings, industrial coatings, inks, d...展開 Leafing Aluminum Paste BT-AP401 is a high pure aluminum powder that has a pigment content of 65±2% and a leafing value of ≥75%. This product is most commonly used to resist heat and corrosion in marine paint and roof coatings, industrial coatings, inks, decorative and reflective finishes coating, and anti-corrosive coatings. 收起 | |
| Leafing Aluminum Paste BT-AP402 | BioTio Group | Leafing Aluminum Paste BT-AP402 is a high pure aluminum powder that has a pigment content of 65±2% and a leafing value of ≥78%. This product is most commonly used to resist heat and corrosion in marine paint and roof coatings, industrial coatings, inks, d...展開 Leafing Aluminum Paste BT-AP402 is a high pure aluminum powder that has a pigment content of 65±2% and a leafing value of ≥78%. This product is most commonly used to resist heat and corrosion in marine paint and roof coatings, industrial coatings, inks, decorative and reflective finishes coating, and anti-corrosive coatings. 收起 | |
| Leafing Aluminum Paste BT-AP403 | BioTio Group | Leafing Aluminum Paste BT-AP403 is a high pure aluminum powder that has a pigment content of 65±2% and a leafing value of ≥82%. This product is most commonly used to resist heat and corrosion in marine paint and roof coatings, industrial coatings, inks, d...展開 Leafing Aluminum Paste BT-AP403 is a high pure aluminum powder that has a pigment content of 65±2% and a leafing value of ≥82%. This product is most commonly used to resist heat and corrosion in marine paint and roof coatings, industrial coatings, inks, decorative and reflective finishes coating, and anti-corrosive coatings. 收起 | |
| Leafing Aluminum Paste BT-AP404 | BioTio Group | Leafing Aluminum Paste BT-AP404 is a high pure aluminum powder that has a pigment content of 73±2% and a leafing value of ≥78%. This product is most commonly used to resist heat and corrosion in marine paint and roof coatings, industrial coatings, inks, d...展開 Leafing Aluminum Paste BT-AP404 is a high pure aluminum powder that has a pigment content of 73±2% and a leafing value of ≥78%. This product is most commonly used to resist heat and corrosion in marine paint and roof coatings, industrial coatings, inks, decorative and reflective finishes coating, and anti-corrosive coatings. 收起 | |
| LITHOPONE BT-IN600 | BioTio Group | LITHOPONE BT-IN600 is a white powder with a zinc sulfide content of ≥28% and a pH value of 7.2. This product is most commonly used in printing inks, marking paints, and coating applications. | |
| LS-6140 | NuSil Silicone Technology 1 | LS-6140 is a two-part, optically clear silicone system that is based on a methyl silicone polymer, and has a low viscosity. It can be used for casting, injecting or bonding molidng of high performance optical components. It can also be used for photonics ...展開 LS-6140 is a two-part, optically clear silicone system that is based on a methyl silicone polymer, and has a low viscosity. It can be used for casting, injecting or bonding molidng of high performance optical components. It can also be used for photonics applications that require a low outgassing and minimal volatile condensables to protect sensitive devices from condensation. 收起 | |
| LS-6941 | NuSil Silicone Technology 1 | LS-6941 is an optical thermoset that is solvent free, and has a low viscosity. It will cure at room temperature or more rapidly when heat is added. It can be used for the bonding, casting or injecting molding of high performance optical components. This s...展開 LS-6941 is an optical thermoset that is solvent free, and has a low viscosity. It will cure at room temperature or more rapidly when heat is added. It can be used for the bonding, casting or injecting molding of high performance optical components. This silicone is also ideal for applications that require index matching at 1.41. It is suitable for applications that require an operating temperature range of -65 to 240°C (–85 to 465°F). 收起 | |
| Moonshine® AgFlake 100-100 (GFEAGF-1100) | Glassflake Ltd | Moonshine® AgFlake 100-100 are thin borosilicate glass flakes encapsulated in silver. They may be used for functional purposes as a conductive filler. They have an average particle size diameter of 100 μm. High conductivity can be achieved at low loadings...展開 Moonshine® AgFlake 100-100 are thin borosilicate glass flakes encapsulated in silver. They may be used for functional purposes as a conductive filler. They have an average particle size diameter of 100 μm. High conductivity can be achieved at low loadings. Agflakes are lightweight in contrast to equivalent pure metal fillers. They may be used as both a functional and a decorative pigment. Presently glass flake pigments are used in both cosmetic and industrial applications including automotive coatings. 收起 | |
| Moonshine® AgFlake 100-20 (GFEAGF-1020) | Glassflake Ltd | Moonshine® AgFlake 100-20 are thin borosilicate glass flakes encapsulated in silver. They may be used for functional purposes as a conductive filler. They have an average particle size diameter of 20 μm. High conductivity can be achieved at low loadings. ...展開 Moonshine® AgFlake 100-20 are thin borosilicate glass flakes encapsulated in silver. They may be used for functional purposes as a conductive filler. They have an average particle size diameter of 20 μm. High conductivity can be achieved at low loadings. Agflakes are lightweight in contrast to equivalent pure metal fillers. They may be used as both a functional and a decorative pigment. Presently glass flake pigments are used in both cosmetic and industrial applications including automotive coatings. 收起 | |
| Moonshine® AgFlake 100-40 (GFEAGF-1040) | Glassflake Ltd | Moonshine® AgFlake 100-40 are thin borosilicate glass flakes encapsulated in silver. They may be used for functional purposes as a conductive filler. They have an average particle size diameter of 40 μm. High conductivity can be achieved at low loadings. ...展開 Moonshine® AgFlake 100-40 are thin borosilicate glass flakes encapsulated in silver. They may be used for functional purposes as a conductive filler. They have an average particle size diameter of 40 μm. High conductivity can be achieved at low loadings. Agflakes are lightweight in contrast to equivalent pure metal fillers. They may be used as both a functional and a decorative pigment. Presently glass flake pigments are used in both cosmetic and industrial applications including automotive coatings. 收起 | |
| Moonshine® AgFlake 100-60 (GFEAGF-1060) | Glassflake Ltd | Moonshine® AgFlake 100-60 are thin borosilicate glass flakes encapsulated in silver. They may be used for functional purposes as a conductive filler. They have an average particle size diameter of 60 μm. High conductivity can be achieved at low loadings. ...展開 Moonshine® AgFlake 100-60 are thin borosilicate glass flakes encapsulated in silver. They may be used for functional purposes as a conductive filler. They have an average particle size diameter of 60 μm. High conductivity can be achieved at low loadings. Agflakes are lightweight in contrast to equivalent pure metal fillers. They may be used as both a functional and a decorative pigment. Presently glass flake pigments are used in both cosmetic and industrial applications including automotive coatings. 收起 | |
| Moonshine® AgFlake 100-80 (GFEAGF-1080) | Glassflake Ltd | Moonshine® AgFlake 100-80 are thin borosilicate glass flakes encapsulated in silver. They may be used for functional purposes as a conductive filler. They have an average particle size diameter of 80 μm. High conductivity can be achieved at low loadings. ...展開 Moonshine® AgFlake 100-80 are thin borosilicate glass flakes encapsulated in silver. They may be used for functional purposes as a conductive filler. They have an average particle size diameter of 80 μm. High conductivity can be achieved at low loadings. Agflakes are lightweight in contrast to equivalent pure metal fillers. They may be used as both a functional and a decorative pigment. Presently glass flake pigments are used in both cosmetic and industrial applications including automotive coatings. 收起 | |
| Moonshine® AuFlake 500-90 (GFEAUF-5090) | Glassflake Ltd | Moonshine® AuFlake 500-90 are thin borosilicate glass flakes encapsulated in silver, gold, and tin oxide. They may be used for functional purposes as a conductive filler. They have an average particle size diameter of 90 μm. High conductivity can be achie...展開 Moonshine® AuFlake 500-90 are thin borosilicate glass flakes encapsulated in silver, gold, and tin oxide. They may be used for functional purposes as a conductive filler. They have an average particle size diameter of 90 μm. High conductivity can be achieved at low loadings. Agflakes are lightweight in contrast to equivalent pure metal fillers. They may be used as both a functional and a decorative pigment. Presently glass flake pigments are used in both cosmetic and industrial applications including automotive coatings. 收起 | |
| Moonshine® Blue Shimmer (GFEB) | Glassflake Ltd | Moonshine® Blue Shimmer (GFEB) are high specification glass flakes with an average thickness of 1.2 microns. They are coated with high refractive index metal oxides, resulting in unique pigments that display strong interference colors combined with high t...展開 Moonshine® Blue Shimmer (GFEB) are high specification glass flakes with an average thickness of 1.2 microns. They are coated with high refractive index metal oxides, resulting in unique pigments that display strong interference colors combined with high transparency and extraordinary gloss. They allow for the creation of unique designs and styles, even at low loadings. The Effect series may be used in both cosmetic and industrial applications. 收起 | |
| Moonshine® Blue Sparkle (GFEBS) | Glassflake Ltd | Moonshine® Blue Sparkle (GFEBS) are high specification glass flakes with an average thickness of 1.2 microns. They are coated with high refractive index metal oxides, resulting in unique pigments that display strong interference colors combined with high ...展開 Moonshine® Blue Sparkle (GFEBS) are high specification glass flakes with an average thickness of 1.2 microns. They are coated with high refractive index metal oxides, resulting in unique pigments that display strong interference colors combined with high transparency and extraordinary gloss. They allow for the creation of unique designs and styles, even at low loadings. The Effect series may be used in both cosmetic and industrial applications. 收起 | |
| Moonshine® Bronze Ultra Shimmer (GFEBRSU) | Glassflake Ltd | Moonshine® Bronze Ultra Shimmer (GFEBRSU) are high specification glass flakes with an average thickness of 1.2 microns. They are coated with high refractive index metal oxides, resulting in unique pigments that display strong interference colors combined ...展開 Moonshine® Bronze Ultra Shimmer (GFEBRSU) are high specification glass flakes with an average thickness of 1.2 microns. They are coated with high refractive index metal oxides, resulting in unique pigments that display strong interference colors combined with high transparency and extraordinary gloss. They allow for the creation of unique designs and styles, even at low loadings. The Effect series may be used in both cosmetic and industrial applications. 收起 | |
| Moonshine® Colour Travel Blue-Green-Gold Shimmer (GFE-BGG) | Glassflake Ltd | Moonshine® Colour Travel Blue-Green-Gold Shimmer (GFE-BGG) are thin borosilicate glass flakes with an average thickness of 1.2 microns. They are coated with layers of high refractive index metal oxides and silica, resulting in unique pigments that display...展開 Moonshine® Colour Travel Blue-Green-Gold Shimmer (GFE-BGG) are thin borosilicate glass flakes with an average thickness of 1.2 microns. They are coated with layers of high refractive index metal oxides and silica, resulting in unique pigments that display strong color flop effects combined with high transparency and extraordinary gloss. They allow for the creation of unique designs and styles, even at low loadings. The Effect series may be used in both cosmetic and industrial applications. 收起 | |
| Moonshine® Colour Travel Blue-Green-Gold Sparkle (GFE-BGGS) | Glassflake Ltd | Moonshine® Colour Travel Blue-Green-Gold Sparkle (GFE-BGGS) are thin borosilicate glass flakes with an average thickness of 1.2 microns. They coated with layers of high refractive index metal oxides and silica, resulting in unique pigments that display st...展開 Moonshine® Colour Travel Blue-Green-Gold Sparkle (GFE-BGGS) are thin borosilicate glass flakes with an average thickness of 1.2 microns. They coated with layers of high refractive index metal oxides and silica, resulting in unique pigments that display strong color flop effects combined with high transparency and extraordinary gloss. They allow for the creation of unique designs and styles, even at low loadings. The Effect series may be used in both cosmetic and industrial applications. 收起 | |
| Moonshine® Colour Travel Blue-Green-Gold Ultra Sparkle (GFE-BGGUS) | Glassflake Ltd | Moonshine® Colour Travel Blue-Green-Gold Ultra Sparkle (GFE-BGGUS) are thin borosilicate glass flakes with an average thickness of 1.2 microns. They are coated with layers of high refractive index metal oxides and silica, resulting in unique pigments that...展開 Moonshine® Colour Travel Blue-Green-Gold Ultra Sparkle (GFE-BGGUS) are thin borosilicate glass flakes with an average thickness of 1.2 microns. They are coated with layers of high refractive index metal oxides and silica, resulting in unique pigments that display strong color flop effects combined with high transparency and extraordinary gloss. They allow for the creation of unique designs and styles, even at low loadings. The Effect series may be used in both cosmetic and industrial applications. 收起 | |
| Moonshine® Colour Travel Gold-Red-Violet Shimmer (GFE-GRV) | Glassflake Ltd | Moonshine® Colour Travel Gold-Red-Violet Shimmer (GFE-GRV) are thin borosilicate glass flakes with an average thickness of 1.2 microns. They are coated with layers of high refractive index metal oxides and silica, resulting in unique pigments that display...展開 Moonshine® Colour Travel Gold-Red-Violet Shimmer (GFE-GRV) are thin borosilicate glass flakes with an average thickness of 1.2 microns. They are coated with layers of high refractive index metal oxides and silica, resulting in unique pigments that display strong color flop effects combined with high transparency and extraordinary gloss. They allow for the creation of unique designs and styles, even at low loadings. The Effect series may be used in both cosmetic and industrial applications. 收起 | |
| Moonshine® Colour Travel Gold-Red-Violet Sparkle (GFE-GRVS) | Glassflake Ltd | Moonshine® Colour Travel Gold-Red-Violet Sparkle (GFE-GRVS) are thin borosilicate glass flakes with an average thickness of 1.2 microns. They are coated with layers of high refractive index metal oxides and silica, resulting in unique pigments that displa...展開 Moonshine® Colour Travel Gold-Red-Violet Sparkle (GFE-GRVS) are thin borosilicate glass flakes with an average thickness of 1.2 microns. They are coated with layers of high refractive index metal oxides and silica, resulting in unique pigments that display strong color flop effects combined with high transparency and extraordinary gloss. They allow for the creation of unique designs and styles, even at low loadings. The Effect series may be used in both cosmetic and industrial applications. 收起 | |
| Moonshine® Colour Travel Gold-Red-Violet Ultra Sparkle (GFE-GRVUS) | Glassflake Ltd | Moonshine® Colour Travel Gold-Red-Violet Ultra Sparkle (GFE-GRVUS) are thin borosilicate glass flakes with an average thickness of 1.2 microns. They are coated with layers of high refractive index metal oxides and silica, resulting in unique pigments that...展開 Moonshine® Colour Travel Gold-Red-Violet Ultra Sparkle (GFE-GRVUS) are thin borosilicate glass flakes with an average thickness of 1.2 microns. They are coated with layers of high refractive index metal oxides and silica, resulting in unique pigments that display strong color flop effects combined with high transparency and extraordinary gloss. They allow for the creation of unique designs and styles, even at low loadings. The Effect series may be used in both cosmetic and industrial applications. 收起 | |
| Moonshine® Colour Travel Red-Violet-Blue Shimmer (GFE-RVB) | Glassflake Ltd | Moonshine® Colour Travel Red-Violet-Blue Shimmer (GFE-RVB) are thin borosilicate glass flakes with an average thickness of 1.2 microns. They are coated with layers of high refractive index metal oxides and silica, resulting in unique pigments that display...展開 Moonshine® Colour Travel Red-Violet-Blue Shimmer (GFE-RVB) are thin borosilicate glass flakes with an average thickness of 1.2 microns. They are coated with layers of high refractive index metal oxides and silica, resulting in unique pigments that display strong color flop effects combined with high transparency and extraordinary gloss. They allow for the creation of unique designs and styles, even at low loadings. The Effect series may be used in both cosmetic and industrial applications. 收起 | |
| Moonshine® Colour Travel Red-Violet-Blue Sparkle (GFE-RVBS) | Glassflake Ltd | Moonshine® Colour Travel Red-Violet-Blue Sparkle (GFE-RVBS) are thin borosilicate glass flakes with an average thickness of 1.2 microns. They are coated with layers of high refractive index metal oxides and silica, resulting in unique pigments that displa...展開 Moonshine® Colour Travel Red-Violet-Blue Sparkle (GFE-RVBS) are thin borosilicate glass flakes with an average thickness of 1.2 microns. They are coated with layers of high refractive index metal oxides and silica, resulting in unique pigments that display strong color flop effects combined with high transparency and extraordinary gloss. They allow for the creation of unique designs and styles, even at low loadings. The Effect series may be used in both cosmetic and industrial applications. 收起 | |
| Moonshine® Colour Travel Red-Violet-Blue Ultra Sparkle (GFE-RVBUS) | Glassflake Ltd | Moonshine® Colour Travel Red-Violet-Blue Ultra Sparkle (GFE-RVBUS) are thin borosilicate glass flakes with an average thickness of 1.2 microns. They are coated with layers of high refractive index metal oxides and silica, resulting in unique pigments that...展開 Moonshine® Colour Travel Red-Violet-Blue Ultra Sparkle (GFE-RVBUS) are thin borosilicate glass flakes with an average thickness of 1.2 microns. They are coated with layers of high refractive index metal oxides and silica, resulting in unique pigments that display strong color flop effects combined with high transparency and extraordinary gloss. They allow for the creation of unique designs and styles, even at low loadings. The Effect series may be used in both cosmetic and industrial applications. 收起 | |
| Moonshine® Colour Travel Violet-Blue-Green Shimmer (GFE-VBG) | Glassflake Ltd | Moonshine® Colour Travel Violet-Blue-Green Shimmer (GFE-VBG) are thin borosilicate glass flakes with an average thickness of 1.2 microns. They are coated with layers of high refractive index metal oxides and silica, resulting in unique pigments that displ...展開 Moonshine® Colour Travel Violet-Blue-Green Shimmer (GFE-VBG) are thin borosilicate glass flakes with an average thickness of 1.2 microns. They are coated with layers of high refractive index metal oxides and silica, resulting in unique pigments that display strong color flop effects combined with high transparency and extraordinary gloss. They allow for the creation of unique designs and styles, even at low loadings. The Effect series may be used in both cosmetic and industrial applications. 收起 | |
| Moonshine® Colour Travel Violet-Blue-Green Sparkle (GFE-VBGS) | Glassflake Ltd | Moonshine® Colour Travel Violet-Blue-Green Sparkle (GFE-VBGS) are thin borosilicate glass flakes with an average thickness of 1.2 microns. They are coated with layers of high refractive index metal oxides and silica, resulting in unique pigments that disp...展開 Moonshine® Colour Travel Violet-Blue-Green Sparkle (GFE-VBGS) are thin borosilicate glass flakes with an average thickness of 1.2 microns. They are coated with layers of high refractive index metal oxides and silica, resulting in unique pigments that display strong color flop effects combined with high transparency and extraordinary gloss. They allow for the creation of unique designs and styles, even at low loadings. The Effect series may be used in both cosmetic and industrial applications. 收起 | |
| Moonshine® Colour Travel Violet-Blue-Green Ultra Sparkle (GFE-VBGUS) | Glassflake Ltd | Moonshine® Colour Travel Violet-Blue-Green Ultra Sparkle (GFE-VBGUS) are thin borosilicate glass flakes with an average thickness of 1.2 microns. They are coated with layers of high refractive index metal oxides and silica, resulting in unique pigments th...展開 Moonshine® Colour Travel Violet-Blue-Green Ultra Sparkle (GFE-VBGUS) are thin borosilicate glass flakes with an average thickness of 1.2 microns. They are coated with layers of high refractive index metal oxides and silica, resulting in unique pigments that display strong color flop effects combined with high transparency and extraordinary gloss. They allow for the creation of unique designs and styles, even at low loadings. The Effect series may be used in both cosmetic and industrial applications. 收起 | |
| Moonshine® Copper Ultra Shimmer (GFECOSU) | Glassflake Ltd | Moonshine® Copper Ultra Shimmer (GFECOSU) are high specification glass flakes with an average thickness of 1.2 microns. They are coated with high refractive index metal oxides resulting in unique pigments that display strong interference colors combined w...展開 Moonshine® Copper Ultra Shimmer (GFECOSU) are high specification glass flakes with an average thickness of 1.2 microns. They are coated with high refractive index metal oxides resulting in unique pigments that display strong interference colors combined with high transparency and extraordinary gloss. They allow for the creation of unique designs and styles, even at low loadings. The Effect series may be used in both cosmetic and industrial applications. 收起 | |
| Moonshine® Gold Shimmer (GFEG) | Glassflake Ltd | Moonshine® Gold Shimmer (GFEG) are high specification glass flakes with an average thickness of 1.2 microns. They are coated with high refractive index metal oxides resulting in unique pigments that display strong interference colors combined with high tr...展開 Moonshine® Gold Shimmer (GFEG) are high specification glass flakes with an average thickness of 1.2 microns. They are coated with high refractive index metal oxides resulting in unique pigments that display strong interference colors combined with high transparency and extraordinary gloss. They allow for the creation of unique designs and styles, even at low loadings. The Effect series may be used in both cosmetic and industrial applications. 收起 | |
| Moonshine® Gold Sparkle (GFEGS) | Glassflake Ltd | Moonshine® Gold Sparkle (GFEGS) are high specification glass flakes with an average thickness of 1.2 microns. They are coated with high refractive index metal oxides resulting in unique pigments that display strong interference colors combined with high t...展開 Moonshine® Gold Sparkle (GFEGS) are high specification glass flakes with an average thickness of 1.2 microns. They are coated with high refractive index metal oxides resulting in unique pigments that display strong interference colors combined with high transparency and extraordinary gloss. They allow for the creation of unique designs and styles, even at low loadings. The Effect series may be used in both cosmetic and industrial applications. 收起 | |
| Moonshine® Green Shimmer (GFEGR) | Glassflake Ltd | Moonshine® Green Shimmer (GFEGR) are high specification glass flakes with an average thickness of 1.2 microns. They are coated with high refractive index metal oxides resulting in unique pigments that display strong interference colors combined with high ...展開 Moonshine® Green Shimmer (GFEGR) are high specification glass flakes with an average thickness of 1.2 microns. They are coated with high refractive index metal oxides resulting in unique pigments that display strong interference colors combined with high transparency and extraordinary gloss. They allow for the creation of unique designs and styles, even at low loadings. The Effect series may be used in both cosmetic and industrial applications. 收起 | |
| Moonshine® Green Sparkle (GFEGRS) | Glassflake Ltd | Moonshine® Green Sparkle (GFEGRS) are high specification glass flakes with an average thickness of 1.2 microns. They are coated with high refractive index metal oxides resulting in unique pigments that display strong interference colors combined with high...展開 Moonshine® Green Sparkle (GFEGRS) are high specification glass flakes with an average thickness of 1.2 microns. They are coated with high refractive index metal oxides resulting in unique pigments that display strong interference colors combined with high transparency and extraordinary gloss. They allow for the creation of unique designs and styles, even at low loadings. The Effect series may be used in both cosmetic and industrial applications. 收起 | |
| Moonshine® Metallic Gold Ultra Shimmer (GFEMGSU) | Glassflake Ltd | Moonshine® Metallic Gold Ultra Shimmer (GFEMGSU) are high specification glass flakes with an average thickness of 1.2 microns. They are coated with high refractive index metal oxides resulting in unique pigments that display strong interference colors com...展開 Moonshine® Metallic Gold Ultra Shimmer (GFEMGSU) are high specification glass flakes with an average thickness of 1.2 microns. They are coated with high refractive index metal oxides resulting in unique pigments that display strong interference colors combined with high transparency and extraordinary gloss. They allow for the creation of unique designs and styles, even at low loadings. The Effect series may be used in both cosmetic and industrial applications. 收起 | |
| Moonshine® Red Shimmer (GFER) | Glassflake Ltd | Moonshine® Red Shimmer (GFER) are high specification glass flakes with an average thickness of 1.2 microns. They are coated with high refractive index metal oxides resulting in unique pigments that display strong interference colors combined with high tra...展開 Moonshine® Red Shimmer (GFER) are high specification glass flakes with an average thickness of 1.2 microns. They are coated with high refractive index metal oxides resulting in unique pigments that display strong interference colors combined with high transparency and extraordinary gloss. They allow for the creation of unique designs and styles, even at low loadings. The Effect series may be used in both cosmetic and industrial applications. 收起 | |
| Moonshine® Red Sparkle (GFERS) | Glassflake Ltd | Moonshine® Red Sparkle (GFERS) are high specification glass flakes with an average thickness of 1.2 microns. They are coated with high refractive index metal oxides resulting in unique pigments that display strong interference colors combined with high tr...展開 Moonshine® Red Sparkle (GFERS) are high specification glass flakes with an average thickness of 1.2 microns. They are coated with high refractive index metal oxides resulting in unique pigments that display strong interference colors combined with high transparency and extraordinary gloss. They allow for the creation of unique designs and styles, even at low loadings. The Effect series may be used in both cosmetic and industrial applications. 收起 | |
| Moonshine® Russet Ultra Shimmer (GFERUSU) | Glassflake Ltd | Moonshine® Russet Ultra Shimmer (GFERUSU) are high specification glass flakes with an average thickness of 1.2 microns. They are coated with high refractive index metal oxides resulting in unique pigments that display strong interference colors combined w...展開 Moonshine® Russet Ultra Shimmer (GFERUSU) are high specification glass flakes with an average thickness of 1.2 microns. They are coated with high refractive index metal oxides resulting in unique pigments that display strong interference colors combined with high transparency and extraordinary gloss. They allow for the creation of unique designs and styles, even at low loadings. The Effect series may be used in both cosmetic and industrial applications. 收起 | |
| Moonshine® Silver White Shimmer (GFESW) | Glassflake Ltd | Moonshine® Silver White Shimmer (GFESW) are high specification glass flakes with an average thickness of 1.2 microns. They are coated with high refractive index metal oxides resulting in unique pigments that display strong interference colors combined wit...展開 Moonshine® Silver White Shimmer (GFESW) are high specification glass flakes with an average thickness of 1.2 microns. They are coated with high refractive index metal oxides resulting in unique pigments that display strong interference colors combined with high transparency and extraordinary gloss. They allow for the creation of unique designs and styles, even at low loadings. The Effect series may be used in both cosmetic and industrial applications. 收起 | |
| Moonshine® Silver White Sparkle (GFESWS) | Glassflake Ltd | Moonshine® Silver White Sparkle (GFESWS) are high specification glass flakes with an average thickness of 1.2 microns. They are coated with high refractive index metal oxides resulting in unique pigments that display strong interference colors combined wi...展開 Moonshine® Silver White Sparkle (GFESWS) are high specification glass flakes with an average thickness of 1.2 microns. They are coated with high refractive index metal oxides resulting in unique pigments that display strong interference colors combined with high transparency and extraordinary gloss. They allow for the creation of unique designs and styles, even at low loadings. The Effect series may be used in both cosmetic and industrial applications. 收起 | |
| Moonshine® Silver White Ultra Sparkle (GFESWUS) | Glassflake Ltd | Moonshine® Silver White Ultra Sparkle (GFESWUS) are high specification glass flakes with an average thickness of 1.2 microns. They are coated with high refractive index metal oxides resulting in unique pigments that display strong interference colors comb...展開 Moonshine® Silver White Ultra Sparkle (GFESWUS) are high specification glass flakes with an average thickness of 1.2 microns. They are coated with high refractive index metal oxides resulting in unique pigments that display strong interference colors combined with high transparency and extraordinary gloss. They allow for the creation of unique designs and styles, even at low loadings. The Effect series may be used in both cosmetic and industrial applications. 收起 | |
| Moonshine® Ultra Brazen Blue Shimmer (GFUEB) | Glassflake Ltd | Moonshine® Ultra Brazen Blue Shimmer (GFUEB) are high specification glass flakes with an average thickness of 1.2 microns. They are coated with high refractive index metal oxides and colorants, resulting in unique pigments that display strong colors combi...展開 Moonshine® Ultra Brazen Blue Shimmer (GFUEB) are high specification glass flakes with an average thickness of 1.2 microns. They are coated with high refractive index metal oxides and colorants, resulting in unique pigments that display strong colors combined with interference effects. They allow for the creation of unique designs and styles, even at low loadings. The Effect series may be used in industrial applications up to 180°C. 收起 | |
| Moonshine® Ultra Brazen Blue Sparkle (GFUEBS) | Glassflake Ltd | Moonshine® Ultra Brazen Blue Sparkle (GFUEBS) are high specification glass flakes with an average thickness of 1.2 microns. They are coated with high refractive index metal oxides and colorants, resulting in unique pigments that display strong colors comb...展開 Moonshine® Ultra Brazen Blue Sparkle (GFUEBS) are high specification glass flakes with an average thickness of 1.2 microns. They are coated with high refractive index metal oxides and colorants, resulting in unique pigments that display strong colors combined with interference effects. They allow for the creation of unique designs and styles, even at low loadings. The Effect series may be used in industrial applications up to 180°C. 收起 | |
| Moonshine® Ultra Golden Yellow Shimmer (GFUEY) | Glassflake Ltd | Moonshine® Ultra Golden Yellow Shimmer (GFUEY) are high specification glass flakes with an average thickness of 1.2 microns. They are coated with high refractive index metal oxides and colorants, resulting in unique pigments that display strong colors com...展開 Moonshine® Ultra Golden Yellow Shimmer (GFUEY) are high specification glass flakes with an average thickness of 1.2 microns. They are coated with high refractive index metal oxides and colorants, resulting in unique pigments that display strong colors combined with interference effects. They allow for the creation of unique designs and styles, even at low loadings. The Effect series may be used in industrial applications up to 180°C. 收起 | |
| Moonshine® Ultra Golden Yellow Sparkle (GFUEYS) | Glassflake Ltd | Moonshine® Ultra Golden Yellow Sparkle (GFUEYS) are high specification glass flakes with an average thickness of 1.2 microns. They are coated with high refractive index metal oxides and colorants, resulting in unique pigments that display strong colors co...展開 Moonshine® Ultra Golden Yellow Sparkle (GFUEYS) are high specification glass flakes with an average thickness of 1.2 microns. They are coated with high refractive index metal oxides and colorants, resulting in unique pigments that display strong colors combined with interference effects. They allow for the creation of unique designs and styles, even at low loadings. The Effect series may be used in industrial applications up to 180°C. 收起 | |
| Moonshine® Ultra Grey Shimmer (GFUEG) | Glassflake Ltd | Moonshine® Ultra Grey Shimmer (GFUEG) are high specification glass flakes with an average thickness of 1.2 microns. They are coated with high refractive index metal oxides and colorants, resulting in unique pigments that display strong colors combined wit...展開 Moonshine® Ultra Grey Shimmer (GFUEG) are high specification glass flakes with an average thickness of 1.2 microns. They are coated with high refractive index metal oxides and colorants, resulting in unique pigments that display strong colors combined with interference effects. They allow for the creation of unique designs and styles, even at low loadings. The Effect series may be used in industrial applications up to 180°C. 收起 | |
| Moonshine® Ultra Grey Sparkle (GFUEGS) | Glassflake Ltd | Moonshine® Ultra Grey Sparkle (GFUEGS) are high specification glass flakes with an average thickness of 1.2 microns. They are coated with high refractive index metal oxides and colorants, resulting in unique pigments that display strong colors combined wi...展開 Moonshine® Ultra Grey Sparkle (GFUEGS) are high specification glass flakes with an average thickness of 1.2 microns. They are coated with high refractive index metal oxides and colorants, resulting in unique pigments that display strong colors combined with interference effects. They allow for the creation of unique designs and styles, even at low loadings. The Effect series may be used in industrial applications up to 180°C. 收起 | |
| Moonshine® Ultra Hot Pink Shimmer (GFUEP) | Glassflake Ltd | Moonshine® Ultra Hot Pink Shimmer (GFUEP) are high specification glass flakes with an average thickness of 1.2 microns. They are coated with high refractive index metal oxides and colorants, resulting in unique pigments that display strong colors combined...展開 Moonshine® Ultra Hot Pink Shimmer (GFUEP) are high specification glass flakes with an average thickness of 1.2 microns. They are coated with high refractive index metal oxides and colorants, resulting in unique pigments that display strong colors combined with interference effects. They allow for the creation of unique designs and styles, even at low loadings. The Effect series may be used in industrial applications up to 180°C. 收起 | |
| Moonshine® Ultra Hot Pink Sparkle (GFUEPS) | Glassflake Ltd | Moonshine® Ultra Hot Pink Sparkle (GFUEPS) are high specification glass flakes with an average thickness of 1.2 microns. They are coated with high refractive index metal oxides and colorants, resulting in unique pigments that display strong colors combine...展開 Moonshine® Ultra Hot Pink Sparkle (GFUEPS) are high specification glass flakes with an average thickness of 1.2 microns. They are coated with high refractive index metal oxides and colorants, resulting in unique pigments that display strong colors combined with interference effects. They allow for the creation of unique designs and styles, even at low loadings. The Effect series may be used in industrial applications up to 180°C. 收起 | |
| Moonshine® Violet Shimmer (GFEV) | Glassflake Ltd | Moonshine® Violet Shimmer (GFEV) are high specification glass flakes with an average thickness of 1.2 microns. They are coated with high refractive index metal oxides resulting in unique pigments that display strong interference colors combined with high ...展開 Moonshine® Violet Shimmer (GFEV) are high specification glass flakes with an average thickness of 1.2 microns. They are coated with high refractive index metal oxides resulting in unique pigments that display strong interference colors combined with high transparency and extraordinary gloss. They allow for the creation of unique designs and styles, even at low loadings. The Effect series may be used in both cosmetic and industrial applications. 收起 | |
| Moonshine® Violet Sparkle (GFEVS) | Glassflake Ltd | Moonshine® Violet Sparkle (GFEVS) are high specification glass flakes with an average thickness of 1.2 microns. They are coated with high refractive index metal oxides resulting in unique pigments that display strong interference colors combined with high...展開 Moonshine® Violet Sparkle (GFEVS) are high specification glass flakes with an average thickness of 1.2 microns. They are coated with high refractive index metal oxides resulting in unique pigments that display strong interference colors combined with high transparency and extraordinary gloss. They allow for the creation of unique designs and styles, even at low loadings. The Effect series may be used in both cosmetic and industrial applications. 收起 | |
| Precipitated Barium Sulfate BT-IN601 | BioTio Group | Precipitated Barium Sulfate BT-IN601 is a white powder with a barium sulfate content of 98% and a maximum whiteness of 93. This product is most commonly used as a filler in printing ink, paint, surface coating, coated art paper, and dye applications. | |
| R-1008-0 | NuSil Silicone Technology 1 | R-1008-0 is a translucent, one part, flowable silicone elastomer dispersion that cures in 7 days at room temperature when exposed to atmospheric moisture. It can be used as a marking ink for silicone rubber parts and other components where the coating mus...展開 R-1008-0 is a translucent, one part, flowable silicone elastomer dispersion that cures in 7 days at room temperature when exposed to atmospheric moisture. It can be used as a marking ink for silicone rubber parts and other components where the coating must maintain long term stability. It is best used for applications that require an operating temperature of 65°C to 260°C (-85°F to 465°F). 收起 | |
| R-1008-1 | NuSil Silicone Technology 1 | R-1008-1 is a white, RTV silicone coating and marking ink that is a one part, flowable silicone elastomer dispersion and cures in 7 days at room temperature when exposed to atmospheric moisture. It is best used for applications that require an operating t...展開 R-1008-1 is a white, RTV silicone coating and marking ink that is a one part, flowable silicone elastomer dispersion and cures in 7 days at room temperature when exposed to atmospheric moisture. It is best used for applications that require an operating temperature of 65°C to 260°C (-85°F to 465°F).This product can be used as a marking ink for silicone rubber parts and other components where the coating must maintain long term stability. 收起 | |
| R-1008-2 | NuSil Silicone Technology 1 | R-1008-2 is a black RTV silicone coating and marking ink that is a one part, flowable silicone elastomer dispersion, and cures in 7 days at room temperature when exposed to atmospheric moisture. It is best used for applications that require an operating t...展開 R-1008-2 is a black RTV silicone coating and marking ink that is a one part, flowable silicone elastomer dispersion, and cures in 7 days at room temperature when exposed to atmospheric moisture. It is best used for applications that require an operating temperature of 65°C to 260°C (-85°F to 465°F).This product can be used on silicone rubber parts as a marking ink where the coating must maintain long term stability. 收起 | |
| R-1008-3 | NuSil Silicone Technology 1 | R-1008-3 is a red, non corrosive, flowable silicone elastomer dispersion that cures in 7 days at room temperature. This product is long lasting, and is used as a marking ink for silicone rubber parts as well as other components that require a coating with...展開 R-1008-3 is a red, non corrosive, flowable silicone elastomer dispersion that cures in 7 days at room temperature. This product is long lasting, and is used as a marking ink for silicone rubber parts as well as other components that require a coating with long term stability. 收起 | |
| R-1008-4 | NuSil Silicone Technology 1 | R-1008-4 is an orange, one part, flowable silicone elastomer dispersion that cures in 7 days at room temperature when exposed to atmospheric moisture. It can be used as a marking ink for silicone rubber parts and other components where the coating must ma...展開 R-1008-4 is an orange, one part, flowable silicone elastomer dispersion that cures in 7 days at room temperature when exposed to atmospheric moisture. It can be used as a marking ink for silicone rubber parts and other components where the coating must maintain long term stability. It is best used for applications that require an operating temperature of 65°C to 260°C (-85°F to 465°F). 收起 | |
| R-1008-5 | NuSil Silicone Technology 1 | R-1008-5 is a yellow, one part, flowable silicone elastomer dispersion that cures in 7 days at room temperature when exposed to atmospheric moisture. It can be used as a marking ink for silicone rubber parts and other components where the coating must mai...展開 R-1008-5 is a yellow, one part, flowable silicone elastomer dispersion that cures in 7 days at room temperature when exposed to atmospheric moisture. It can be used as a marking ink for silicone rubber parts and other components where the coating must maintain long term stability. It is best used for applications that require an operating temperature of 65°C to 260°C (-85°F to 465°F). 收起 | |
| R-1008-6 | NuSil Silicone Technology 1 | R-1008-6 is a green, one part, flowable silicone elastomer dispersion that cures in 7 days at room temperature when exposed to atmospheric moisture. It can be used as a marking ink for silicone rubber parts and other components where the coating must main...展開 R-1008-6 is a green, one part, flowable silicone elastomer dispersion that cures in 7 days at room temperature when exposed to atmospheric moisture. It can be used as a marking ink for silicone rubber parts and other components where the coating must maintain long term stability. It is best used for applications that require an operating temperature of 65°C to 260°C (-85°F to 465°F). 收起 | |
| R-1008-7 | NuSil Silicone Technology 1 | R-1008-7 is a blue, one part, flowable silicone elastomer dispersion that cures in 7 days at room temperature when exposed to atmospheric moisture. It can be used as a marking ink for silicone rubber parts and other components where the coating must maint...展開 R-1008-7 is a blue, one part, flowable silicone elastomer dispersion that cures in 7 days at room temperature when exposed to atmospheric moisture. It can be used as a marking ink for silicone rubber parts and other components where the coating must maintain long term stability. It is best used for applications that require an operating temperature of 65°C to 260°C (-85°F to 465°F). 收起 | |
| R-1008-8 | NuSil Silicone Technology 1 | R-1008-8 is a violet, one part, flowable silicone elastomer dispersion that cures in 7 days at room temperature when exposed to atmospheric moisture. It can be used as a marking ink for silicone rubber parts and other components where the coating must mai...展開 R-1008-8 is a violet, one part, flowable silicone elastomer dispersion that cures in 7 days at room temperature when exposed to atmospheric moisture. It can be used as a marking ink for silicone rubber parts and other components where the coating must maintain long term stability. It is best used for applications that require an operating temperature of 65°C to 260°C (-85°F to 465°F). 收起 | |
| R-2100-1 | NuSil Silicone Technology 1 | R-2100-1 is a white silicone ink that has a strong adhesion to other silicones and is dipersed in Xylene. It is designed to be used in application that require a rapid cure schedule and it provides a high capacity for single print applications. It is idea...展開 R-2100-1 is a white silicone ink that has a strong adhesion to other silicones and is dipersed in Xylene. It is designed to be used in application that require a rapid cure schedule and it provides a high capacity for single print applications. It is ideal as a marking ink on silicone parts as well as other components where the coating must demonstrate a long-term stability. 收起 | |
| R-2100-2 | NuSil Silicone Technology 1 | R-2100-2 is a black silicone ink that has a strong adhesion to other silicones and is dipersed in Xylene. It is designed to be used in application that require a rapid cure schedule and it provides a high capacity for single print applications. It is idea...展開 R-2100-2 is a black silicone ink that has a strong adhesion to other silicones and is dipersed in Xylene. It is designed to be used in application that require a rapid cure schedule and it provides a high capacity for single print applications. It is ideal as a marking ink on silicone parts as well as other components where the coating must demonstrate a long-term stability. 收起 | |
| R-2100-3 | NuSil Silicone Technology 1 | R-2100-3 is a red silicone ink that has a strong adhesion to other silicones and is dipersed in Xylene. It is designed to be used in application that require a rapid cure schedule and it provides a high capacity for single print applications. It is ideal ...展開 R-2100-3 is a red silicone ink that has a strong adhesion to other silicones and is dipersed in Xylene. It is designed to be used in application that require a rapid cure schedule and it provides a high capacity for single print applications. It is ideal as a marking ink on silicone parts as well as other components where the coating must demonstrate a long-term stability. 收起 |
