GF 8202 L12 is a fiberglass reinforced modified phenolic novolac molding compound, with 12 mm chop length. This compound features superior strength properties.

GF 8202 L24 is a fiberglass reinforced modified phenolic novolac molding compound, with 24 mm chop length. This compound features superior strength properties.

XB-22 is a fiberglass reinforced phenolic novolac molding compound, with excellent dimensional stability and good strength at elevated temperatures. This material is formulated for low thermal conductivity.

Vyncolit® 2530W is a mineral and organic filled phenolic molding compound with excellent thermal properties.

Vyncolit® 2923W is a mineral filled phenolic molding compound with excellent heat resistance and dimensional stability.

Vyncolit® 2940W is a mineral and glass fiber filled phenolic molding compound with excellent mechanical and thermal properties.

Vyncolit® 3520CG is a graphite filled phenolic molding compound used for low friction applications where dimensional stability is required.

Vyncolit® 4421XB is an organic and mineral filled phenolic molding compound with higher mechanical properties and good electrical and heat insulation properties.

Vyncolit® BXE650/1 is an inorganic filled phenolic molding compound with excellent isotropic properties, superior dimensional stability and very high mechanical properties, even at elevated temperatures.

Vyncolit® BXE6952 is a glass fiber reinforced phenolic molding compound with superior mechanical properties : high impact and excellent retention of mechanical properties at elevated temperatures.

Vyncolit® BXE7345 is an inorganic filled phenolic molding compound with excellent isotropic properties, superior dimensional stability and very high mechanical properties, even at elevated temperatures.

Vyncolit® BXE7530 is a glass fiber reinforced phenolic molding compound with superior mechanical properties : high impact and excellent retention of mechanical properties at elevated temperatures.

Vyncolit® BXE7660 is a glass fiber reinforced phenolic molding compound with excellent mechanical properties and high temperature resistance.

Vyncolit® BXE7665 is a glass fiber filled phenolic molding compound with high mechanical and good thermal properties.

Vyncolit® BXE7670 is a glass fiber reinforced phenolic molding compound with excellent mechanical properties and high temperature resistance.

Vyncolit® TX10916/30/1 is a graphite filled phenolic molding compound used for low friction applications where dimensional stability is required.

Vyncolit® TX10916/5 is a graphite filled phenolic molding compound with very good dimensional stability and a low coefficient of friction.

Vyncolit® TX10916 is a graphite filled phenolic molding compound with excellent dimensional stability and a low coefficient of friction.

Vyncolit® W5000 is a glass fiber and mineral filled phenolic molding compound with excellent dimensional stability and a very low coefficient of linear expansion.

Vyncolit® X611 is a glass fiber reinforced phenolic molding compound with excellent mechanical and electrical properties, good dimensional stability, heat and chemical resistance.

Vyncolit® X613 is a glass fiber and glass beads reinforced phenolic molding compound with high mechanical and thermal properties and excellent electrical insulation properties.

Vyncolit® X620/1 is a glass fiber and graphite filled phenolic molding compound with excellent tribological properties and excellent chemical resistance in several media.

Vyncolit® X6320 is a glass fiber and mineral filled phenolic molding compound with excellent dimensional stability, especially in media which contain water.

Vyncolit® X651 is a glass fiber and mineral filled phenolic molding compound with excellent dimensional stability and a very low coefficient of thermal expansion.

Vyncolit® X655/1 is a glass fiber and mineral filled phenolic molding compound with excellent mechanical and thermal properties and a very high dimensional stability.

Vyncolit® X655 is a glass fiber and mineral filled phenolic molding compound with excellent dimensional stability and high electrical insulation properties. UL94-listed.

Vyncolit® X655RB is a glass fiber and mineral filled phenolic molding compound with superior stiffness, high dimensional stability and high wear resistance.

Vyncolit® X659 is a glass fiber, mineral and graphite filled phenolic molding compound with superior stiffness, high dimensional stability and excellent tribological properties. Good chemical resistance against several fuels at elevated temperatures.

Vyncolit® X680 is a glass bead and glass fiber reinforced phenolic molding compound with excellent mechanical and thermal properties, higher isotropic properties and good dimensional stability.

Vyncolit® X682 is a glass bead and glass fiber reinforced and graphite modified phenolic molding compound with excellent mechanical and thermal properties and a lower thermal expansion coefficient combined with excellent tribological properties.

Vyncolit® X689 is a glass fiber reinforced and molybdenum disulphide modified phenolic molding compound with excellent mechanical and thermal properties and lower thermal expansion coefficient. It has excellent tribological properties.

Vyncolit® X6952 is a glass fiber reinforced phenolic molding compound with superior mechanical properties : highest impact and excellent retention of mechanical properties at elevated temperatures.

Vyncolit® X7320 is a glass fiber and mineral filled phenolic molding compound with excellent dimensional stability and a very low coefficient of linear expansion.

Vyncolit® X7500 is a glass fiber reinforced phenolic molding compound with superior mechanical properties : highest impact and excellent retention of mechanical properties at elevated temperatures.

Vyncolit® X7530 is a glass fiber reinforced phenolic molding compound with superior mechanical properties : highest impact and excellent retention of mechanical properties at elevated temperatures.

Vyntec® CF8030 is a carbon fiber reinforced phenolic moldable composite with excellent tribological properties. It has high mechanical strength combined with low density.