| 4971-BC-70 Water Reducible Alkyd Resin | Gabriel Performance Products | 4971-BC-70 Water Reducible Alkyd Resin is a water reducible short oil alkyd resin formulated for baking applications. 4971-BC-70 gives good adhesion to most surfaces and good film hardness when crosslinked with melamine resins. It is intended for dip tank...view more 4971-BC-70 Water Reducible Alkyd Resin is a water reducible short oil alkyd resin formulated for baking applications. 4971-BC-70 gives good adhesion to most surfaces and good film hardness when crosslinked with melamine resins. It is intended for dip tank, flow coat, and spray applications. view less | |
| Phenoxy PK™FE | Gabriel Performance Products | Phenoxy PK™FE has a high viscosity compared to most phenoxy resins. Phenoxy resins (polyhydroxyethers) are tough, ductile, amorphous, thermoplastic polymers having excellent thermal stability, adhesive strength, and vapor barrier properties. Phenoxy resin...view more Phenoxy PK™FE has a high viscosity compared to most phenoxy resins. 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). Phenoxy PK™FE may also be formulated in single-pack epoxies containing latent hardeners, such as dicyandiamide, providing improved toughness and adhesive strength on substrates when properly cured. Phenoxy PK™FE is soluble in many polar, aprotic solvents such as MEK, cyclohexanone, and glycol ethers. view less | |
| Phenoxy PK™HB | Gabriel Performance Products | Phenoxy PK™HB has a low viscosity compared to most phenoxy resins. Phenoxy resins (polyhydroxyethers) are tough, ductile, amorphous, thermoplastic polymers having excellent thermal stability, adhesive strength, and vapor barrier properties. Phenoxy resins...view more Phenoxy PK™HB has a low viscosity compared to most phenoxy resins. 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). Phenoxy PK™HB may also be formulated in single-pack epoxies containing latent hardeners, such as dicyandiamide, providing improved toughness and adhesive strength on substrates when properly cured. Phenoxy PK™HB is soluble in many polar, aprotic solvents such as MEK, cyclohexanone, and glycol ethers. view less | |
| Phenoxy PK™HH | Gabriel Performance Products | Phenoxy PK™HH has a high viscosity compared to most phenoxy resins. Phenoxy resins (polyhydroxyethers) are tough, ductile, amorphous, thermoplastic polymers having excellent thermal stability, adhesive strength, and vapor barrier properties. Phenoxy resin...view more Phenoxy PK™HH has a high viscosity compared to most phenoxy resins. 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). Phenoxy PK™HH may also be formulated in single-pack epoxies containing latent hardeners, such as dicyandiamide, providing improved toughness and adhesive strength on substrates when properly cured. Phenoxy PK™HH is soluble in many polar, aprotic solvents such as MEK, cyclohexanone, and glycol ethers. view less | |
| Phenoxy PK™HA | Gabriel Performance Products | Phenoxy PK™HA has a low viscosity compared to most phenoxy resins. Phenoxy resins (polyhydroxyethers) are tough, ductile, amorphous, thermoplastic polymers having excellent thermal stability, adhesive strength, and vapor barrier properties. Phenoxy resins...view more Phenoxy PK™HA has a low viscosity compared to most phenoxy resins. 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). Phenoxy PK™HA may also be formulated in single-pack epoxies containing latent hardeners, such as dicyandiamide, providing improved toughness and adhesive strength on substrates when properly cured. Phenoxy PK™HA is soluble in many polar, aprotic solvents such as MEK, cyclohexanone, and glycol ethers. view less | |
| 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...view more 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. view less |
