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Moulding

Molding grade unsaturated polyester resin is specifically formulated for use in various molding processes where it serves as the primary matrix material. This type of resin is engineered to possess optimal viscosity and flow characteristics, ensuring it can fill intricate mold cavities completely and evenly

R'C POL 540S

SMC grade unsaturated polyester resin is a specialized material designed for Sheet Molding Compound (SMC) manufacturing processes. It serves as the matrix in SMC, binding together chopped glass fibers and other additives to make sheet moulding compound. This resin is formulated to exhibit excellent flow characteristics during molding, ensuring thorough impregnation of fibers and uniform distribution within the mold cavity. SMC grade unsaturated polyester resin undergoes rapid curing under heat and pressure, resulting in strong, lightweight composite components that offer exceptional mechanical properties, corrosion resistance, and dimensional stability. Its versatility makes it a preferred choice in industries requiring high-performance materials, such as automotive, aerospace, and electrical applications.

LIQUID RESIN PROPERTIES
1 Appearance Clear Transparent
2 Acid Value 16-20 mg koh/gm
3 Viscosity 800-1600 cps
4 Solid Content 63-69%
5 Moisture 0.15% max
6 Density 1.1-1.13 kg/L

CURING CHARACTERISTICS

AT 140°C
1 Geltime 50-60 Second
2 Time to Peak 110-120 Second
3 Peak Exotherm 230-250 °C

R'C POL 144D

DMC grade UPR refers to unsaturated polyester resin formulations specifically tailored for use with DMC composite materials. These resins are formulated to meet the unique processing and performance requirements of DMC manufacturing processes. They are low to medium viscosity, Fast curing, Good Flow properties, excellent adhesion and heat resistance.

LIQUID RESIN PROPERTIES
1 Appearance Hazy Yellow
2 Acid Value 16-20 mg koh/gm
3 Viscosity 800-1600 cps
4 Solid Content 63-69%
5 Moisture 0.15% max
6 Density 1.1-1.13 kg/L

CURING CHARACTERISTICS

AT 140°C
1 Geltime 60-180 Minutes
2 Time to Peak 180-300 Minutes
3 Peak Exotherm 200-230 °C