| Nichigo-Polyester LP022 | Nippon Gohsei | Nichigo-Polyester LP022 is a high molecular weight saturated polyester resin featuring a low glass transition temperature (Tg). This product is well suited for use in laminate and polyester adhesive applications. | |
| VINNAPAS® 401 | Wacker Chemie AG | VINNAPAS® 401 is a poly(vinyl alcohol) stabilized vinyl acetate-ethylene copolymer dispersion with a glass transition temperature (Tg) of -15 °C. It was developed to offer easy clean-up, long open time and excellent film flexibility. | |
| Nichigo-Polyester TP220 | Nippon Gohsei | Nichigo-Polyester TP220 is a high molecular weight saturated polyester resin with a high glass transition temperature (Tg). This product is well suited for use in general and electronic coatings, adhesive films and labels, primers, optical and polyester a...もっと表示する Nichigo-Polyester TP220 is a high molecular weight saturated polyester resin with a high glass transition temperature (Tg). This product is well suited for use in general and electronic coatings, adhesive films and labels, primers, optical and polyester adhesives, and PVC backing materials. 表示を減らす | |
| VINNAPAS® 400 | Wacker Chemie AG | VINNAPAS® 400 is a poly(vinyl alcohol) stabilized vinyl acetate-ethylene(VAE) copolymer dispersion with a glass transition temperature (Tg) of 0°C. It was developed as a high-performance dispersion offering a superior balance of adhesive/cohesive propert...もっと表示する VINNAPAS® 400 is a poly(vinyl alcohol) stabilized vinyl acetate-ethylene(VAE) copolymer dispersion with a glass transition temperature (Tg) of 0°C. It was developed as a high-performance dispersion offering a superior balance of adhesive/cohesive properties useful in an extremely wide variety of applications. 表示を減らす | |
| Bisomer® C13MA | GEO Specialty Chemicals, Inc.TRIMET Products Group | Bisomer® C13MA (Isotridecyl Methacrylate) is a hydrophobic, monofunctional methacrylate monomer with a low Glass Transition Temperature (Tg) and excellent as a flexibilising and plasticising monomer. This product has a total polymerisable monomers (mass) ...もっと表示する Bisomer® C13MA (Isotridecyl Methacrylate) is a hydrophobic, monofunctional methacrylate monomer with a low Glass Transition Temperature (Tg) and excellent as a flexibilising and plasticising monomer. This product has a total polymerisable monomers (mass) of > 99.0%, a molecular weight (av) of 268g/mol, and an inhibitor (MEHQ) content of 75-125ppm. It is extremely hydrophobic and offers a low Glass Transition Temperature (Tg), hence it is an excellent flexibilising co-monomer in adhesive and sealant applications. Bisomer® C13MA is a particularly useful monomer in applications such as anaerobic adhesives, vacuum impregnation sealants and high solids acrylic polyols for automotive coatings and industrial coatings. It offers a low viscosity and low odour combined with low shrinkage on polymerisation. 表示を減らす | |
| VINNAPAS® 400 H | Wacker Chemie AG | VINNAPAS® 400 H is a poly(vinyl alcohol) stabilized vinyl acetate-ethylene copolymer dispersion with a glass transition temperature (Tg) of 0 °C. It was developed as a higher viscosity, high-performance dispersion offering a superior balance of adhesive/c...もっと表示する VINNAPAS® 400 H is a poly(vinyl alcohol) stabilized vinyl acetate-ethylene copolymer dispersion with a glass transition temperature (Tg) of 0 °C. It was developed as a higher viscosity, high-performance dispersion offering a superior balance of adhesive/cohesive properties useful in achieving much higher formulation viscosities. 表示を減らす | |
| Ancamine® 2442 Curing Agent | Evonik Operations GmbH, BL Crosslinkers | Ancamine® 2442 curing agent is a modified polyamine designed for use as a latent curing agent for one-component epoxy formulations. The product can also be used to accelerate dicyandiamide (DICY). It provides an excellent balance of low-temperature activation, good shelf stability and high glass transition temperature...もっと表示する Ancamine® 2442 curing agent is a modified polyamine designed for use as a latent curing agent for one-component epoxy formulations. The product can also be used to accelerate dicyandiamide (DICY). It provides an excellent balance of low-temperature activation, good shelf stability and high glass transition temperature, and can be used in many applications requiring latency and high performance. 表示を減らす | Request Sample |
| Phenoxy PK™HM-301 | Gabriel Performance Products | Phenoxy PK™HM-301 is a solid-grade phenoxy PKHC resin melt blended with an oligomeric polyester polyol containing primary hydroxyl functional groups. Phenoxy resins (polyhydroxyethers) are tough, ductile, amorphous, thermoplastic polymers having excellent thermal stability, adhesive strength, and vapor barrier properties. Phenoxy resins may be crosslinked by reacting its hydroxyl functional groups with isocyanates, melamine resins, or phenolic resins. Crosslinked phenoxy resins exhibit excellent chemical resistance, hardness, and adhesion on many substrates including steel, aluminum, glass, and carbon fibers, and plastics such as nylon and polyester (PET). PK™HM-301 provides for improved reactivity due to the presence of primary hydroxyls and the lower glass transition temperature of the alloy. PK™HM-301 has a glass transition temperature...もっと表示する Phenoxy PK™HM-301 is a solid-grade phenoxy PKHC resin melt blended with an oligomeric polyester polyol containing primary hydroxyl functional groups. Phenoxy resins (polyhydroxyethers) are tough, ductile, amorphous, thermoplastic polymers having excellent thermal stability, adhesive strength, and vapor barrier properties. Phenoxy resins may be crosslinked by reacting its hydroxyl functional groups with isocyanates, melamine resins, or phenolic resins. Crosslinked phenoxy resins exhibit excellent chemical resistance, hardness, and adhesion on many substrates including steel, aluminum, glass, and carbon fibers, and plastics such as nylon and polyester (PET). PK™HM-301 provides for improved reactivity due to the presence of primary hydroxyls and the lower glass transition temperature of the alloy. PK™HM-301 has a glass transition temperature of about 35 °C which imparts improved solids/viscosity ratios in common solvents like MEK. Coatings of PK™HM-301 exhibit high levels of flexibility and formability when appropriately cured. 表示を減らす | |
| Proviplast 01422 | Proviron | Proviplast 01422 is a glycol ether adipate. It is an effective plasticiser for polar and semi-polar plastics, especially for use with high temperature resistance without losing compatibility. It is compatible with polar rubbers and polar rubber copolymers...もっと表示する Proviplast 01422 is a glycol ether adipate. It is an effective plasticiser for polar and semi-polar plastics, especially for use with high temperature resistance without losing compatibility. It is compatible with polar rubbers and polar rubber copolymers, e.g. acrylic rubbers, nitrile rubbers and epichlorohydrin rubbers. Proviplast 01422 improves the low temperature properties of rubber blends by reducing the glass transition temperature. Due to the higher polarity, it has very good hydrocarbon resistance and a limited extraction in water and glycols. 表示を減らす | |
| Amorphous Silica Microspheres & Nanospheres | Cospheric LLC | Silica microspheres are inherently hydrophillic and negatively charged. These particles provide higher opacity than glass microspheres and are often used as contrast particles. Aqueous suspensions of silica microspheres rarely require the use of surfactan...もっと表示する Silica microspheres are inherently hydrophillic and negatively charged. These particles provide higher opacity than glass microspheres and are often used as contrast particles. Aqueous suspensions of silica microspheres rarely require the use of surfactants or stabilizers. Silane coatings enable silica microspheres to be modified to generate functional groups or alter surface properties. Additional advantage of silica microspheres is glass transition temperature of over 1000 degrees Celsius, which makes them suitable for high temperature applications. Silica microspheres and nanospheres are composed of synthetic amorphous silica made in a laboratory batch environment. 表示を減らす | |
| Bisomer® LMA 97SP | GEO Specialty Chemicals, Inc.TRIMET Products Group | Bisomer® LMA 97SP is a hydrophobic, monofunctional methacrylate monomer with a low Glass Transition Temperature (Tg). It is excellent at imparting flexibility when used as a polymerisable plasticiser. Products containing Bisomer® LMA 97SP exhibit reduced ...もっと表示する Bisomer® LMA 97SP is a hydrophobic, monofunctional methacrylate monomer with a low Glass Transition Temperature (Tg). It is excellent at imparting flexibility when used as a polymerisable plasticiser. Products containing Bisomer® LMA 97SP exhibit reduced variation in properties such as viscosity, pigment wetting, chemical resistance, adhesion, hardness, sheer strength and tack. This product is a key raw material for the synthesis of high quality acrylic resins for a wide range of applications, including industrial coatings, printing inks and pressure sensitive adhesive applications. 表示を減らす | |
| Bisomer® IDMA | GEO Specialty Chemicals, Inc.TRIMET Products Group | Bisomer® IDMA is a hydrophobic, monofunctional methacrylate monomer with a low Glass Transition Temperature (Tg) and therefore an excellent flexibilising and plasticising monomer. It is also an excellent co-monomer in adhesive and sealant applications. Th...もっと表示する Bisomer® IDMA is a hydrophobic, monofunctional methacrylate monomer with a low Glass Transition Temperature (Tg) and therefore an excellent flexibilising and plasticising monomer. It is also an excellent co-monomer in adhesive and sealant applications. This product acidity (methacrylic acid) of 0.01% max., an inhibitor (MEHQ) content of 75-125ppm, and an assay (GC) of 97.0% min. Bisomer® IDMA is a useful monomer in applications such as anaerobic adhesives, vacuum impregnation sealants, high solids acrylic polyols for automotive coatings and industrial coatings. It offers low viscosity and low odour combined with low shrinkage on polymerisation. It is non-toxic, non-irritating and is not a suspected sensitiser. 表示を減らす | |
| Bisomer® LMA | GEO Specialty Chemicals, Inc.TRIMET Products Group | Bisomer® LMA hydrophobic, monofunctional methacrylate monomer with a low Glass Transition Temperature (Tg) and is excellent as a flexibiliser and plasticiser. This product has a water content of 0.1% max., a colour number of 100 Pt/Co max., and an active ...もっと表示する Bisomer® LMA hydrophobic, monofunctional methacrylate monomer with a low Glass Transition Temperature (Tg) and is excellent as a flexibiliser and plasticiser. This product has a water content of 0.1% max., a colour number of 100 Pt/Co max., and an active monomer of 97.0%. Bisomer® LMA is based on a natural form of lauryl alcohol; as C12 lauryl methacrylate the content is around 65-70 %. Bisomer® LMA is mostly used in the automotive industry for viscosity modification of lubricating oils. However, due to its hydrophobic nature and flexibilising properties, Bisomer® LMA is also extensively used in anaerobic adhesives, vacuum impregnation of aluminium castings, sealants and pressure sensitive adhesives (PSAs). 表示を減らす | |
| Bisomer® PPA 6 | GEO Specialty Chemicals, Inc.TRIMET Products Group | Bisomer® PPA 6 offers a less traditional route to the production of UV curable urethane acrylate oligomers. It is an excellent low shrinkage reactive diluent for UV systems based on urethane acrylates and vinyl esters (epoxy acrylates). This product has a...もっと表示する Bisomer® PPA 6 offers a less traditional route to the production of UV curable urethane acrylate oligomers. It is an excellent low shrinkage reactive diluent for UV systems based on urethane acrylates and vinyl esters (epoxy acrylates). This product has an acid numer of < 0.3mg KOH/g, a saponification value of 126-138mg KOH/g, a volatile components pf 0.5% max., and a molecular weight of 420g/mol. Bisomer® PPA6 has a low Glass Transition Temperature (Tg) and offers excellent plasticising properties when incorporated into polymers, including emulsion polymers. This product is ideal in the preparation of UV oligomers, emulsion polymers, printing inks and polyurethane dispersions (PUDs). It is also used in more traditional acrylic polyols for surface coatings. 表示を減らす | |
| Bisomer® MPEG 550 MA | GEO Specialty Chemicals, Inc.TRIMET Products Group | Bisomer® MPEG 550 MA (Methoxy Polyethyleneglycol Metha-crylate) is a long chain methacrylate monoester based on an ethylene oxide backbone. This product has a saponification value of 85-95mg KOH/g, an inhibitor (MEHQ) content of 0.15-0.20%, and a molecular weight (av) of 628g/mol. Bisomer® MPEG 550 MA is an excellent material to impart water solubility or water dispersibility into non-ionic organic molecules. It is also an excellent flexibilising molecule due to its low Glass Transition Temperature (Tg). Bisomer® MPEG 550 MA is ideal in water-based automotive coatings, alkyd dispersions, polyurethane dispersions (PUDs), soil stabilising hydrogels, flocculating agents, anaerobic adhesives and water-based pressure sensitive adhesives (PSAs). Bisomer® MPEG 550 MA is non-toxic and a liquid at ambient temperature...もっと表示する Bisomer® MPEG 550 MA (Methoxy Polyethyleneglycol Metha-crylate) is a long chain methacrylate monoester based on an ethylene oxide backbone. This product has a saponification value of 85-95mg KOH/g, an inhibitor (MEHQ) content of 0.15-0.20%, and a molecular weight (av) of 628g/mol. Bisomer® MPEG 550 MA is an excellent material to impart water solubility or water dispersibility into non-ionic organic molecules. It is also an excellent flexibilising molecule due to its low Glass Transition Temperature (Tg). Bisomer® MPEG 550 MA is ideal in water-based automotive coatings, alkyd dispersions, polyurethane dispersions (PUDs), soil stabilising hydrogels, flocculating agents, anaerobic adhesives and water-based pressure sensitive adhesives (PSAs). Bisomer® MPEG 550 MA is non-toxic and a liquid at ambient temperature. 表示を減らす | |
| Bisomer® PEM6 LD | GEO Specialty Chemicals, Inc.TRIMET Products Group | Bisomer® PEM6 LD is based on ethylene oxide, is water soluble and contains a primary hydroxyl group. It is non-toxic and has an EINECS “Polymer” classification. It has a low Glass Transition Temperature (Tg) and offers excellent plasticising properties wh...もっと表示する Bisomer® PEM6 LD is based on ethylene oxide, is water soluble and contains a primary hydroxyl group. It is non-toxic and has an EINECS “Polymer” classification. It has a low Glass Transition Temperature (Tg) and offers excellent plasticising properties when incorporated into polymers. This product has a hydroxul value of 145-165mg KOH/g, a molecular weigh (av) of 350g/mol, and an inhibitor (MEHQ) content of 500-800ppm. Bisomer® PEM6 LD is ideal in the preparation of hydrogels, wood impregnants, soil stabilisers and polyurethane dispersions (PUDs). It is also used extensively in the manufacture of more traditional acrylic polyols and urethane methacrylate oligomers for use in photo imaging applications such as printed circuit boards (PCBs) and dry film resists (DFRs). 表示を減らす | |
| Bisomer® PPM5 LI | GEO Specialty Chemicals, Inc.TRIMET Products Group | Bisomer® PPM5 LI (Polypropyleneglycol Monomethacrylate) is a firmly established capping agent in urethane methacrylate oligomers for the production of photopolymer printing plates and dry film resists. This product has a hydroxyl number of 145-160mg KOH/g, a molecular weight (av) of 376g/mol, and an inhibitor (MEHQ) content of 300-500ppm. Bisomer PPM5 LI shows excellent properties in acrylic polyols for automotive OEM and refinish applications, especially flexibility and weathering properties. It is hydrophobic and offers a low Glass Transition Temperature...もっと表示する Bisomer® PPM5 LI (Polypropyleneglycol Monomethacrylate) is a firmly established capping agent in urethane methacrylate oligomers for the production of photopolymer printing plates and dry film resists. This product has a hydroxyl number of 145-160mg KOH/g, a molecular weight (av) of 376g/mol, and an inhibitor (MEHQ) content of 300-500ppm. Bisomer PPM5 LI shows excellent properties in acrylic polyols for automotive OEM and refinish applications, especially flexibility and weathering properties. It is hydrophobic and offers a low Glass Transition Temperature (Tg) and low shrinkage on polymerisation. It is an excellent component in anaerobic adhesives, vacuum impregnation of aluminium castings and general sealants. This product is also a useful co-monomer in the production of vinyl, acrylic and styrene acrylic decorative paints. 表示を減らす | |
| Bisomer® MPEG 350 MA | GEO Specialty Chemicals, Inc.TRIMET Products Group | Bisomer® MPEG 350 MA (Methoxy Polyethyleneglycol Metha-crylate) is a long chain methacrylate monoester based on an ethylene oxide backbone. It is water soluble and contains approximately 8 ethylene oxide (EO) units in the chain. This product has saponification value of 127-140mg KOH/g, an inhibitor (MEHQ) content of 0.45-0.55%, and a water content of 0.5% max. Bisomer® MPEG 350 MA is an excellent material to impart water solubility or water dispersibility into non-ionic organic molecules. It is also an excellent flexibilising molecule due to its low Glass Transition Temperature...もっと表示する Bisomer® MPEG 350 MA (Methoxy Polyethyleneglycol Metha-crylate) is a long chain methacrylate monoester based on an ethylene oxide backbone. It is water soluble and contains approximately 8 ethylene oxide (EO) units in the chain. This product has saponification value of 127-140mg KOH/g, an inhibitor (MEHQ) content of 0.45-0.55%, and a water content of 0.5% max. Bisomer® MPEG 350 MA is an excellent material to impart water solubility or water dispersibility into non-ionic organic molecules. It is also an excellent flexibilising molecule due to its low Glass Transition Temperature (Tg). Bisomer® MPEG 350 MA is ideal in water-based automotive coatings, alkyd dispersions, polyurethane dispersions (PUDs), soil stabilising hydrogels, flocculating agents, anaerobic adhesives and water-based pressure sensitive adhesives (PSAs). 表示を減らす | |
| DMS-T00 | Gelest, Incorporated | General purpose silicone composed of polymer chains with unique flexibility. It has virtually no energy barrier for rotation resulting in one of the lowest glass-transition temperatures of any polymer. | |
| DMS-T01 | Gelest, Incorporated | General purpose silicone composed of polymer chains with unique flexibility. It has virtually no energy barrier for rotation resulting in one of the lowest glass-transition temperatures of any polymer. | |
| DMS-T01.5 | Gelest, Incorporated | General purpose silicone composed of polymer chains with unique flexibility. It has virtually no energy barrier for rotation resulting in one of the lowest glass-transition temperatures of any polymer. | |
| DMS-T02 | Gelest, Incorporated | General purpose silicone composed of polymer chains with unique flexibility. It has virtually no energy barrier for rotation resulting in one of the lowest glass-transition temperatures of any polymer. | |
| DMS-T03 | Gelest, Incorporated | General purpose silicone composed of polymer chains with unique flexibility. It has virtually no energy barrier for rotation resulting in one of the lowest glass-transition temperatures of any polymer. | |
| DMS-T05 | Gelest, Incorporated | General purpose silicone composed of polymer chains with unique flexibility. It has virtually no energy barrier for rotation resulting in one of the lowest glass-transition temperatures of any polymer. | |
| DMS-T07 | Gelest, Incorporated | General purpose silicone composed of polymer chains with unique flexibility. It has virtually no energy barrier for rotation resulting in one of the lowest glass-transition temperatures of any polymer. | |
| DMS-T11 | Gelest, Incorporated | General purpose silicone composed of polymer chains with unique flexibility. It has virtually no energy barrier for rotation resulting in one of the lowest glass-transition temperatures of any polymer. | |
| DMS-T12 | Gelest, Incorporated | General purpose silicone composed of polymer chains with unique flexibility. It has virtually no energy barrier for rotation resulting in one of the lowest glass-transition temperatures of any polymer. | |
| DMS-T15 | Gelest, Incorporated | General purpose silicone composed of polymer chains with unique flexibility. It has virtually no energy barrier for rotation resulting in one of the lowest glass-transition temperatures of any polymer. | |
| DMS-T21 | Gelest, Incorporated | General purpose silicone composed of polymer chains with unique flexibility. It has virtually no energy barrier for rotation resulting in one of the lowest glass-transition temperatures of any polymer. | |
| DMS-T22 | Gelest, Incorporated | General purpose silicone composed of polymer chains with unique flexibility. It has virtually no energy barrier for rotation resulting in one of the lowest glass-transition temperatures of any polymer. | |
| DMS-T23 | Gelest, Incorporated | General purpose silicone composed of polymer chains with unique flexibility. It has virtually no energy barrier for rotation resulting in one of the lowest glass-transition temperatures of any polymer. | |
| DMS-T25 | Gelest, Incorporated | General purpose silicone composed of polymer chains with unique flexibility. It has virtually no energy barrier for rotation resulting in one of the lowest glass-transition temperatures of any polymer. | |
| DMS-T35 | Gelest, Incorporated | General purpose silicone composed of polymer chains with unique flexibility. It has virtually no energy barrier for rotation resulting in one of the lowest glass-transition temperatures of any polymer. | |
| DMS-T41 | Gelest, Incorporated | General purpose silicone composed of polymer chains with unique flexibility. It has virtually no energy barrier for rotation resulting in one of the lowest glass-transition temperatures of any polymer. | |
| DMS-T41.2 | Gelest, Incorporated | General purpose silicone composed of polymer chains with unique flexibility. It has virtually no energy barrier for rotation resulting in one of the lowest glass-transition temperatures of any polymer. | |
| DMS-T43 | Gelest, Incorporated | General purpose silicone composed of polymer chains with unique flexibility. It has virtually no energy barrier for rotation resulting in one of the lowest glass-transition temperatures of any polymer. | |
| DMS-T46 | Gelest, Incorporated | General purpose silicone composed of polymer chains with unique flexibility. It has virtually no energy barrier for rotation resulting in one of the lowest glass-transition temperatures of any polymer. | |
| DMS-T51 | Gelest, Incorporated | General purpose silicone composed of polymer chains with unique flexibility. It has virtually no energy barrier for rotation resulting in one of the lowest glass-transition temperatures of any polymer. | |
| DMS-T53 | Gelest, Incorporated | General purpose silicone composed of polymer chains with unique flexibility. It has virtually no energy barrier for rotation resulting in one of the lowest glass-transition temperatures of any polymer. | |
| DMS-T56 | Gelest, Incorporated | General purpose silicone composed of polymer chains with unique flexibility. It has virtually no energy barrier for rotation resulting in one of the lowest glass-transition temperatures of any polymer. | |
| DMS-T61 | Gelest, Incorporated | General purpose silicone composed of polymer chains with unique flexibility. It has virtually no energy barrier for rotation resulting in one of the lowest glass-transition temperatures of any polymer. | |
| DMS-T63 | Gelest, Incorporated | General purpose silicone composed of polymer chains with unique flexibility. It has virtually no energy barrier for rotation resulting in one of the lowest glass-transition temperatures of any polymer. | |
| DMS-T72 | Gelest, Incorporated | General purpose silicone composed of polymer chains with unique flexibility. It has virtually no energy barrier for rotation resulting in one of the lowest glass-transition temperatures of any polymer. |
