Epotec YDF 170 is general-purpose unmodified low viscosity diglycidyl ether of bisphenol-F. In addition to offering advantage in terms low viscosity, epotec YDF 170 provides better chemical resistance & flexibility when compared to similar bisphenol-A based liquid resin.
Epotec YDF 170 is compatible with all common epoxy resins in all ratios. A blend of epotec YDF 170 with bisphenol-A based liquid resin has better resistance to crystallization compared to unmodified base resins. Blending of epotec YDF 170 into std. bis-A based liquid epoxy resin brings down viscosity without affecting performance parameters unlike reactive diluent modified resin that affects mechanical, chemical and thermal resistance of the system.

Applications

• Solvent based, high solids and solvent free coatings
• Adhesives
• Civil engineering and construction industry
• Automotive coatings
• Coil coatings
• Marine and Industrial protective coatings
• Tooling, potting, casting and molding compounds
• Composites

Epotec® YD 909 is a high molecular weight, bisphenol-A-based solid epoxy resin designed for single-pack, baking-type epoxy-amino and epoxy-phenolic coatings in the packaging industry. It offers good flexibility, optimal food chemical resistance, and high hardness, making it suitable for can coatings, coil coatings, linings for tubes and drums, high-performance primers, and epoxy esters manufacturing.

Epotec RD 110 is the mono-glycidyl ether of 2-ethyl hexanol. The primary use of epotec RD 110 is as a reactive diluent for high viscosity epoxy resins. Epotec RD 110 is compatible in all concentrations and those resin blends can be cured with variety of curing agents.

EPOTEC RD 114 is a diglycidyl ether of Neopentyl glycol. It is primarily used as a reactive diluent for high viscosity epoxy resins. RD 114 is compatible at all concentration with all classes of epoxy resins. Performance properties of system containing RD 114 are maintained at higher level than is possible with monofunctional reactive diluents. It also improves filler loading and fiber wetting characteristics.