| 1- Or 2-Component Wash Primer (Formulation #4.1.1) | GRACE | 1- Or 2-Component Wash Primer (Formulation #4.1.1) is a guideline formulation used to exhibit the equivalent performance for SHIELDEX® anti-corrosive pigments compared to a commercial wash primer based on zinc tetroxychromate. The modified epoxy resin Beck...weiterlesen 1- Or 2-Component Wash Primer (Formulation #4.1.1) is a guideline formulation used to exhibit the equivalent performance for SHIELDEX® anti-corrosive pigments compared to a commercial wash primer based on zinc tetroxychromate. The modified epoxy resin Beckopox EM 460 is recommended in combination with the standard polyvinylbutyral resin Mowital B 30 H to ensure good wet adhesion properties. Silquest A 187 Silane promotes wet adhesion properties especially on galvanised steel and aluminium. The formulation can also be used as a one-component system. In this case, Part B is premixed and subsequently added to part A after dispersion. After mixing the two components and letting these prereact for a minimum of 30 minutes, the formulation was tested on solvent degreased cold rolled steel, galvanised steel and aluminium substrates applied to a dry film thickness of 10 – 15 microns by bar coater. The formulation was also tested with a 40 micron acrylic/isocyanate top coat. verkürzen | |
| 1K Acrylic White Topcoat Industrial Coatings (Formulation #SPF_CTG_001_2203) | Arkema Rheology & Specialty Additives | This acrylic white topcoat features Coadis™ 790 and Coapur™ XS 83. | |
| 2-Component Wash Primer With Improved Adhesion (Formulation #4.1.2) | GRACE | 2-Component Wash Primer With Improved Adhesion (Formulation #4.1.2) is a guideline formulation offered to illustrate the key features of SHIELDEX® AC 3 Anti-Corrosive Pigment. Beckopox EM 460 together with Phenodur PR 263 is recommended in combination wit...weiterlesen 2-Component Wash Primer With Improved Adhesion (Formulation #4.1.2) is a guideline formulation offered to illustrate the key features of SHIELDEX® AC 3 Anti-Corrosive Pigment. Beckopox EM 460 together with Phenodur PR 263 is recommended in combination with the standard resin Mowital B 30 H to ensure good wet adhesion properties. Silquest A 187 Silane promotes wet adhesion properties especially on galvanised steel and aluminium substrates. The combination of Alcophor 827 with SHIELDEX® anti-corrosive pigments improves hot salt spray resistance over steel substrates. After mixing the two components and letting these prereact for a minimum of 30 minutes, the formulation was tested on solvent degreased cold rolled steel, galvanised steel and aluminium substrates applied to a dry film thickness of 10 –15 μm by bar coater. The formulation was also tested with a 40 micron acrylic/isocyanate top coat. Drying was for 7 days at ambient conditions. verkürzen | |
| 2K Industrial White Paint for Steel (Formulation #SPF_CTG_004_2203) | Arkema Rheology & Specialty Additives | This industrial white steel paint features Coadis™ 790 & Coapur™ XS 71. | |
| 2K polyurethane topcoat, high solid, white (Formulation #16063MS) | Hoffmann Mineral | This formulation utilizes AKTIFIT PF 111. | |
| 2K PU Waterborne Paint (Formulation #SPF_CTG_002_2203) | Arkema Rheology & Specialty Additives | This waterborne paint features Coadis™ 790 & Coapur™ XS 71. | |
| Anti-Corrosion Coating (Formulation #R24404.1) | Hoffmann Mineral | Anti-Corrosion Coating (Formulation #R24404.1) featuring SILLITIN V 85 and SILLITIN Z 86 and AKTISIL PF 777. | |
| Anti-Corrosion Primer for High Requirements (Formulation #407-04) | Hoffmann Mineral | Anti-Corrosion Primer for High Requirements (Formulation #407-04) featuring SILLITIN Z 86. | |
| Anti-Corrosion Primer for High Requirements (Formulation #R 24403 C) | Hoffmann Mineral | Anti-Corrosion Primer for High Requirements (Formulation #R 24403 C) featuring AKTIFIT AM. | |
| Anti-Corrosion Primer for High Requirements (Formulation #R 24403 D) | Hoffmann Mineral | Anti-Corrosion Primer for High Requirements (Formulation #R 24403 D) featuring AKTISIL PF 777. | |
| Anti-Corrosion Primer for High Requirements (Formulation #R24403 A) | Hoffmann Mineral | Anti-Corrosion Primer for High Requirements (Formulation #R24403 A) featuring SILLITIN Z 86. | |
| Anti-Corrosion Primer (Formulation #R 24301.1) | Hoffmann Mineral | Anti-Corrosion Primer (Formulation #R 24301.1) featuring AKTIFIT AM and AKTISIL PF 777. | |
| Coil Coating Primer (Formulation #T 24402.1) | Hoffmann Mineral | Coil Coating Primer (Formulation #T 24402.1) featuring AKTIFIT AM and SILLITIN Z 89. | |
| Coil Coating Topcoat (Formulation #T 24401.1 B) | Hoffmann Mineral | Coil Coating Topcoat (Formulation #T 24401.1 B) featuring AKTIFIT AM. | |
| Coil Coating Topcoat (Formulation #T 24401.1A) | Hoffmann Mineral | Coil Coating Topcoat (Formulation #T 24401.1) featuring SILLITIN Z 89. | |
| Gray Primer (Formulation #4669-89B) | Polynt Composites | This formulation utilizes BECKOSOL AQ® 210. | |
| Heat Resistant Anti-Corrosive Paint up to 650°C (Formulation #R21401.0 [1]) | Hoffmann Mineral | Heat Resistant Anti-Corrosive Paint (Formulation #R21401.0 [1]) featuring SILLITIN V 85. | |
| HEUCOPHOS® ZAM-Plus / HEUCORIN® RZ In Direct To Metal One Coat (Formulation #341-09) | Heubach Ltd | HEUCOPHOS® ZAM-Plus / HEUCORIN® RZ In Direct To Metal One Coat (Formulation #341-09) is a formulation for a water based direct to metal one coat in combination with Heubach formulation No. 341-09. | |
| HEUCOPHOS® ZCP-Plus / HEUCORIN® RZ In Direct Metal One Coat (Formulation #341-11) | Heubach Ltd | HEUCOPHOS® ZCP-Plus / HEUCORIN® RZ In Direct Metal One Coat (Formulation #341-11) is a formulation for a water based direct to metal one coat in combination with Heubach formulation No. 341-11. | |
| HEUCOPHOS® ZMP In Direct To Metal One Coat (Formulation #WP 98-4) | Heubach Ltd | HEUCOPHOS® ZMP In Direct To Metal One Coat (Formulation #WP 98-4) is a formulation for a water based direct to metal one coat in combination with Cognis formulation No. WP 98-4. | |
| HEUCOPHOS® ZPO / HEUCORIN® RZ In Direct To Metal One Coat (Formulation #01209) | Heubach Ltd | HEUCOPHOS® ZPO / HEUCORIN® RZ In Direct To Metal One Coat (Formulation #01209) is a formulation for a water based direct to metal one coat in combination with Heubach formulation No. 01209. | |
| HEUCOPHOS® ZPO / HEUCORIN® RZ In Direct To Metal One Coat (Formulation #02226) | Heubach Ltd | HEUCOPHOS® ZPO / HEUCORIN® RZ In Direct To Metal One Coat (Formulation #02226) is a formulation for a water based direct to metal one coat in combination with Heubach formulation No. 02226. | |
| HEUCOPHOS® ZPO / HEUCORIN® RZ In Direct To Metal One Coat (Formulation #02227) | Heubach Ltd | HEUCOPHOS® ZPO / HEUCORIN® RZ In Direct To Metal One Coat (Formulation #02227) is a formulation for a water based direct to metal one coat in combination with Heubach formulation No. 02227. | |
| HEUCOPHOS® ZPO / HEUCORIN® RZ In Direct To Metal One Coat (Formulation #02228) | Heubach Ltd | HEUCOPHOS® ZPO / HEUCORIN® RZ In Direct To Metal One Coat (Formulation #02228) is a formulation for a water based direct to metal one coat in combination with Heubach formulation No. 02228. | |
| HEUCOPHOS® ZPO / HEUCORIN® RZ In Direct To Metal One Coat (Formulation #02229) | Heubach Ltd | HEUCOPHOS® ZPO / HEUCORIN® RZ In Direct To Metal One Coat (Formulation #02229) is a formulation for a water based direct to metal one coat in combination with Heubach formulation No. 02229. | |
| HEUCOPHOS® ZPO In Direct To Metal One Coat (Formulation #02225) | Heubach Ltd | HEUCOPHOS® ZPO In Direct To Metal One Coat (Formulation #02225) is a formulation for a water based direct to metal one coat in combination with Heubach formulation No. 02225. | |
| HEUCOPHOS® ZPO In Direct To Metal One Coat (Formulation #02230) | Heubach Ltd | HEUCOPHOS® ZPO In Direct To Metal One Coat (Formulation #02230) is a formulation for a water based direct to metal one coat in combination with Heubach formulation No. 02230. | |
| HEUCOPHOS® ZPO In Direct To Metal One Coat (Formulation #99169) | Heubach Ltd | HEUCOPHOS® ZPO In Direct To Metal One Coat (Formulation #99169) is a formulation for a water based direct to metal one coat in combination with Heubach formulation No. 99169. | |
| High-Gloss WB White DTM (Formulation #WBACRY7358) | ASCOTEC | White High Gloss Waterborne Acrylic DTM Paint based on Pliotec® HDT16, ASCONIUM® 142DA and ASCOTRAN® H10. | |
| High-Gloss WB White DTM (Formulation #WBACRY7625) | ASCOTEC | White High Gloss Waterborne Styrene Acrylic DTM Paint based on Neocryl® XK85, ASCONIUM® 143 and ASCOTRAN® H10. | |
| Industrial Coating Anti-Corrosion Coating, Water-Based, Black Single-Layer System, Direct-to-Metal [DTM] (Formulation #L 00035.1) | Hoffmann Mineral | This industrial anti-corrosion coating features AKTISIL AM. | |
| Industrial Coating UV Clear Coat for Excimer Curing (Formulation #2214) | Hoffmann Mineral | This UV clear coating features SILLITIN V 88 and AKTISIL MAM. It provides consistently strong matting. | |
| Neocryl XK-117® Water-based White Glossy Coating for Direct to Metal (Formulation #M-60-117XK) | ASCOTEC | Neocryl XK-117® is a water-based white glossy coating for direct to metal. | |
| Nubirox 106 in SB 2K Epoxy Primer (Formulation #EPPA 16711) | Ferro Pigments | This epoxy primer features Nubirox 106. | |
| Nubirox 106 in SB Alkyd Primer (Formulation #AC 10433) | Ferro Pigments | This alkyd primer features Nubirox 106. | |
| Nubirox 106 in WB 2K Epoxy-Polyamide Primer (Formulation #EPPAA 18954) | Ferro Pigments | This WB 2K Epoxy-Polyamide Primer features Nubirox 106. | |
| Nubirox 213 in SB 2K Epoxy-Polyamide Primer (Formulation #EPPA 12883) | Ferro Pigments | This SB 2K epoxy-polyamide primer features Nubirox 213. | |
| Nubirox 302 in SB 2K Epoxy-polyamide Primer (Formulation #EPPA19852) | Ferro Pigments | This SB 2K Epoxy-polyamide Primer features Nubirox 302. | |
| Nubirox 302 in Solvent Based DTM Alkyd System (Formulation #AC 19630) | Ferro Pigments | This solvent based DTM alkyd system features Nubirox 302. | |
| Nubirox SP in SB Alkyd Primer (Formulation #AC 10430) | Ferro Pigments | This SB Alkyd Primer features Nubirox SP. | |
| Organic Zinc Rich Primer | Huntsman Performance Products | Zinc primers, developed to protect structural steel, offer excellent corrosion resistance when used either as preconstruction primers or as top-coated primers. | |
| Protective Rust-Converting Clear-Coating (Formulation #WBACRY700RF1) | ASCOTEC | Waterborne Acrylic Rust Converting Clear Coating based on Alberdingk® AC2403, ASCONIUM® 114, ASCOTRAN® H10 and ASCOTRUST® X1. | |
| Red High Performance Primer (Formulation #4791-32B) | Polynt Composites | This formulation utilizes BECKOSOL AQ® 210. | |
| Red High PVC Primer (Formulation #4791-28F) | Polynt Composites | This formulation utilizes BECKOSOL AQ® 210. | |
| Rust Converter, Water-Based (Formulation #R10102.2 [23]) | Hoffmann Mineral | Rust Converter, Water-Based (Formulation #R10102.2 [23]) featuring SILLITIN Z 86. | |
| Rust Inhibitive Primer, Water-Based (Formulation #R10103.2 [2]) | Hoffmann Mineral | Rust Inhibitive Primer, Water-Based (Formulation #R10103.2 [2]) featuring SILLITIN Z 86. | |
| Rust Inhibitive Primer, Water-Based (Formulation #R11403.0 [1]) | Hoffmann Mineral | Rust Inhibitive Primer, Water-Based (Formulation #R11403.0 [1]) featuring SILLITIN Z 86. | |
| Rust-Converting Red Primer (Formulation #WBACRY158R1) | ASCOTEC | Red Waterborne Styrene Acrylic Rust Converting Primer based on Neocryl® XK87, ASCONIUM® 143, ASCOTRAN® H10 and ASCOTRUST® X1. | |
| Universal First Coat (Formulation #R10101.2 [8]) | Hoffmann Mineral | Universal First Coat (Formulation #R10101.2 [8]) featuring SILLITIN Z 89. | |
| Water Thinnable Alkyd DTM Anticorrosion Paint (Formulation #SPF_CTG_015_2203) | Arkema Rheology & Specialty Additives | This anticorrosion paint features Coadis™ 790 & Coapur™ XS 83. | |
| Water-Based Single Component High Gloss Acrylic for DTM and Topcoat Applications | BASF Dispersions & Resins | High performance coatings with low VOC content are needed to meet the market demand and government regulation. BASF has developed a low VOC, high performance, water-based coating system for direct to metal and topcoat applications. | |
| Water-borne Styrene-Acrylic Primer (Acronal) (Formulation #3.4) | GRACE | Water-borne Styrene-Acrylic Primer (Acronal) (Formulation #3.4) is a guideline formulation for general industrial applications. Acronal S760 is a self cross-linking styrene-acrylic dispersion which can be cured at room temperature by the addition of acid ...weiterlesen Water-borne Styrene-Acrylic Primer (Acronal) (Formulation #3.4) is a guideline formulation for general industrial applications. Acronal S760 is a self cross-linking styrene-acrylic dispersion which can be cured at room temperature by the addition of acid catalysts. Pre-neutralisation of Cycat 500 and phosphoric acid with AMP 95 and ammonia is necessary to ensure paint stability. The addition of AMP 95 also helps to heat stabilise the paint during milling. Higher PVC-values reduce the salt spray performance, and values around 20 to 30 vol.-% are suggested. Alternative fillers such as talcs, calcium carbonates (Millicarb B from Omya) or dolomites (Microdol extra from Norwegian Talcs) or combinations thereof can be used satisfactorily. verkürzen | |
| Water-borne Vinyl Acrylic Dispersion Primer (Formulation #3.2) | GRACE | Water-borne Vinyl Acrylic Dispersion Primer (Formulation #3.2) is a guideline formulation offered to show reduced blistering and wet dispersion loss at the scribe compared to a control bank. Haloflex 202 is a water thinnable vinyl-acrylic dispersion with a...weiterlesen Water-borne Vinyl Acrylic Dispersion Primer (Formulation #3.2) is a guideline formulation offered to show reduced blistering and wet dispersion loss at the scribe compared to a control bank. Haloflex 202 is a water thinnable vinyl-acrylic dispersion with an acidic pH. The addition of Alcophor 827 is beneficial in two respects: the pH is stabilised at 6.5 which would otherwise be buffered by SHIELDEX® anti-corrosive pigments, and it also improves the corrosion resistanceafter hot salt spray and humidity exposure. The addition level of SHIELDEX® anti-corrosive pigments should not exceed 3 wt.-% to ensure that the pH of the final formulation does not exceed 7. verkürzen | |
| Waterborne Alkyd Emulsion Primer (Resydrol) (Formulation #3.1.2) | GRACE | Waterborne Alkyd Emulsion Primer (Resydrol) (Formulation #3.1.2) is a guideline formulation for general industrial applications. Resydrol 4333 is a water-thinnable modified alkyd emulsion neutralised by ammonia and containing a small amount of cosolvent (2...weiterlesen Waterborne Alkyd Emulsion Primer (Resydrol) (Formulation #3.1.2) is a guideline formulation for general industrial applications. Resydrol 4333 is a water-thinnable modified alkyd emulsion neutralised by ammonia and containing a small amount of cosolvent (2.5 wt.-% on total formulation). Borchigel L 75, a diurethane thickening agent, is needed to stabilise the viscosity during storage. The combination of SHIELDEX® anti-corrosive pigments with Alcophor 827 leads to synergistic effects in the corrosion resistance of the primer. verkürzen | |
| Waterborne Clear-Coating (Formulation #WBPU1004T) | ASCOTEC | Waterborne Polyurethane Clear Coating based on Esacote® PU61, ASCONIUM® 114 and ASCOTRAN® H10. | |
| Waterborne Clear-Coating (Formulation #WBPU821) | ASCOTEC | Waterborne Polyurethane Clear Coating based on Esacote® PU77, ASCONIUM® 114 and ASCOTRAN® H10. | |
| Waterborne Grey Primer (Formulation #WBACRY8728) | ASCOTEC | Grey Waterborne Styrene Acrylic Primer based on Neocryl® XK801, ASCONIUM® 143 and ASCOTRAN® H10. | |
| Waterborne Red Primer (Formulation #WBACRY8730) | ASCOTEC | Red Waterborne Styrene Acrylic Primer based on Neocryl® XK801, ASCONIUM® 143 and ASCOTRAN® H10. | |
| Waterborne Styrene-Butadiene Primer (Bayhydrol) (Formulation #3.3) | GRACE | Waterborne Styrene-Butadiene Primer (Bayhydrol) (Formulation #3.3) is a guideline formulation for general industrial applications. Bayhydrol B130 is a water thinnable styrene-butadiene emulsion modified with maleinised oil and neutralised with a mixture of...weiterlesen Waterborne Styrene-Butadiene Primer (Bayhydrol) (Formulation #3.3) is a guideline formulation for general industrial applications. Bayhydrol B130 is a water thinnable styrene-butadiene emulsion modified with maleinised oil and neutralised with a mixture of triethylamine and ammonia. Little or no cosolvent is necessary for this resin. The combination with Lipaton SB 5521, styrene-butadiene dispersion leads to improved film properties (higher flexibility and overcoatability) and water resistance. The addition level of zinc oxide is optimum at 1 wt.-%, and is recommended in combination with SHIELDEX® AC 5 anti-corrosive pigments in this case. verkürzen | |
| Waterborne White DTM Based on WORLEESOL VP E 320W With ASCONIUM® 111 (Formulation #WBALKYDUY1302W) | ASCOTEC | White waterborne Alkyd-Urethane DTM based on Worleesol® VP E 320W, ASCONIUM® 111 and ASCOTRAN® H10. | |
| Waterborne White DTM (Formulation #ORGAL F6560 – 01-24) | ASCOTEC | White waterborne Acrylic DTM based on ORGAL F 6560, ASCONIUM® 142DA and ASCOTRAN® H10. | |
| Waterborne White DTM (Formulation #WBACRY2033) | ASCOTEC | White Waterborne Styrene Acrylic DTM Paint based on Carboset® CR765, ASCONIUM® 143 and ASCOTRAN® H10. | |
| Waterborne White DTM (Formulation #WBACRY445) | ASCOTEC | White Waterborne Acrylic DTM Paint based on Maincote® 1100, ASCONIUM® 142DA and ASCOTRAN® H10. | |
| Waterborne White DTM (Formulation #WBACRY6999) | ASCOTEC | White Waterborne Acrylic DTM Paint based on EPS 595, ASCONIUM® 143 and ASCOTRAN® H10. | |
| Waterborne White DTM (Formulation #WBACRY799-389W) | ASCOTEC | White Waterborne Acrylic DTM Paint based on ASCONIUM® 142DA and ASCOTRAN® H10. | |
| Waterborne White DTM (Formulation #WBACRY8111) | ASCOTEC | White Waterborne Styrene Acrylic DTM Paint based on Maincote® HG100, ASCONIUM® 142DA and ASCOTRAN® H10. | |
| Waterborne White DTM (Formulation #WBALKY404) | ASCOTEC | White Waterborne Alkyd DTM Paint based on Inokem® 3301, ASCONIUM® 114 and ASCOTRAN® H10. | |
| Waterborne White DTM (Formulation #WBALKY802) | ASCOTEC | White Waterborne Alkyd DTM Paint based on Inokem® 3304, ASCONIUM® 114 and ASCOTRAN® H10. | |
| WATERBORNE WHITE DTM (Formulation #WBEPOX601-141S1) | ASCOTEC | This waterborne white DTM features ACQUAPOX 110 with ASCONIUM-141S1. | |
| Neu! Waterborne White DTM Paint (Formulation #TEXCRYL M59 -01-24) | ASCOTEC | White waterborne Acrylic DTM based on TEXCRYL M59, ASCONIUM® 142DA and ASCOTRAN® H10. | |
| Waterborne White Primer (Formulation #WBACRY2229) | ASCOTEC | White Waterborne Styrene Acrylic Primer based on Maincote® 100, ASCONIUM® 142DA and ASCOTRAN® H10. | |
| Waterborne White Primer (Formulation #WBACRY3726) | ASCOTEC | White Waterborne Styrene Acrylic Primer based on Maincote® PR71K, ASCONIUM® 142DA and ASCOTRAN® H10. | |
| Waterborne White Primer (Formulation #WBEPOX048) | ASCOTEC | White Waterborne 2K EPOXY DTM Paint based on Epirez® 6520, ASCONIUM® 142DA and ASCOTRAN® H10. | |
| WB Rust-Converting Primer (Formulation #WBACRY799-115R4) | ASCOTEC | White Waterborne Acrylic Rust Converting DTM Coating based on Alberdingk® AC2403, ASCONIUM® 114, ASCOTRAN® H17 and ASCOTRUST® X4. | |
| White Primer (Formulation #4791-21G) | Polynt Composites | This formulation utilizes BECKOSOL AQ® 210. | |
| White Waterborne Alkyd DTM (Formulation #WBALKYDUY330W) | ASCOTEC | White Waterborne Alkyd DTM Paint based on Worleesol E330W®, ASCONIUM® 111® & ASCOTRAN® H10. | |
| Yellow Primer (Formulation #4784-71) | Polynt Composites | This formulation utilizes BECKOSOL AQ® 210. |
