

THERMOSET PROPERTIES OF PHENOLIC RESIN produce thermal and chemical resistant properties for automotive and electrical products.
Our resins are typically filled with glass fiber, organic or inorganic fillers. Phenolic resins work well with chopped virgin or recycled carbon fibers.
Phenolic molding compounds are easy to use and support new and rapid part production and design. This facilitates the opportunity to meet industry lightweighting goals and cost targets.
RESOLE | Advantages | Non-Volatiles, % | Viscosity | Free Formaldehyde, % | Free Phenol, % |
---|---|---|---|---|---|
GP® 904G44 | Higher viscosity for easy molding • Compatible with fiberglass and carbon fiber and most fillers • Temperature resistance • Low conductivity • Chemical resistance • Flame resistant • Heated working environments | 70 – 75 | 7000 – 9000 | 1 max. | 12 max. |
RESOLE Advantages Non-Volatiles, % Viscosity Free Formaldehyde, % Free Phenol, %
GP<sup>®</sup> 904G44 Higher viscosity for easy molding • Compatible with fiberglass and carbon fiber and most fillers • Temperature resistance • Low conductivity • Chemical resistance • Flame resistant • Heated working environments 70 – 75 7000 – 9000 1 max. 12 max.
NOVOLAC Hexa content, % Hot Plate Cure Time, 150⁰C, s Inclined Plate Flow @ 125⁰C, mm Form Particle Size, Maximum retained on 200 mesh screen % Size Technical Data Sheet
GP 2056 0 NA NA Flake NA Download
GP 2074 0 NA NA Flake NA 275lb. Drum Download
GP 5510 11.5 – 13.5 40 – 55 20 – 40 Powder >2% 50lb. Bag Download
GP 5520 7.0 – 9.0 65 – 85 30 – 60 Powder >2% 50lb. Bag Download
GP 5546 6.5 – 7.5 25 – 45 25 – 45 Powder >6% 50lb. Bag Download
Molding compounds, automotive, electrical parts, chopped carbon fibers, lightweighting, phenolic, GP, PF, resole, novolac