Total Chlorine Content 700ppm Electronic Grade  High Purity Amino Trifunctional (TGPAP)

Triglycidyl p-Aminophenol

Product Name: TJ-JER630-700  Trifunctional Epoxy Resin

CAS: 5026-74-4

Product Description: High-temperature resistant, low viscosity, high-purity liquid trifunctional epoxy resin equivalent to foreign brands such as JER630. The molecular structure of this epoxy resin contains multiple epoxy groups and aromatic rings, which can form high cross-linking density and aromatic density during the curing process, resulting in cured products with excellent heat resistance, high mechanical strength, low curing shrinkage, and good resistance to radiation, water, and chemicals. Additionally, due to its low viscosity, it is easy to handle and enables solvent-free operations. It is used for electrical casting insulation products requiring high heat resistance, carbon fiber and glass fiber winding, pultrusion, lamination, and prepreg process-formed composite products, with a glass transition temperature exceeding 200°C. Low viscosity, good processability ,  durable mechanical strength , excellent chemical corrosion resistance,  long-term high-temperature performance, low curing shrinkage.

Technical Specifications:

Packaging and Storage: 1KG  10KG  25kg drum, long-term storage at temperatures between 2-40°C.

As a trifunctional high-temperature resistant epoxy resin, similar domestic and international product models include MY-0510  MF-3102L  XY530L AFG-90HH JER630, etc. The molecular structure of this epoxy resin contains multiple epoxy groups and aromatic rings, which can form high cross-linking density and aromatic density during the curing process, resulting in cured products with excellent heat resistance, high mechanical strength, low curing shrinkage, and good resistance to radiation, water, and chemicals. Additionally, due to its low viscosity, it is easy to handle and enables solvent-free operations. It is used for electrical casting insulation products requiring high heat resistance, carbon fiber and glass fiber winding, pultrusion, lamination, and prepreg process-formed composite products, with a glass transition temperature exceeding 200°C.