FenoquĂmica manufactures thermoset molding powders based on phenolic (phenol-formaldehyde) resin, following the highest quality standards. This ensures full control over the final result and product properties, delivering phenolic materials with excellent technical performance and consistent production quality.
FenoquĂmica’s molding powders are designed to provide an optimal balance between technical performance and processing versatility, meeting the demands of demanding industries such as electronics, transportation and home appliances. Their novolac-based composition ensures thermal and electrical insulation, flame resistance, abrasion resistance and excellent resistance to automotive fluids (oil, coolant, etc.).
With a consolidated track record, FenoquĂmica is positioned as a benchmark in the development and supply of phenolic resin materials for the transport industry, combining innovation, efficiency and reliability.
They maintain their dimensional stability even under extreme conditions
Excellent stiffness, surface hardness and modulus of elasticity
Good electrical insulation properties
Resistance to solvents, oils, fuels and weathering
Lightweight, contributing to improved vehicle energy efficiency
Ability to replace metal and engineering thermoplastics without compromising performance
Our materials are used in transmission systems, brakes and engine assemblies, increasingly replacing metal components or engineering composites. They are also ideal for electric and hybrid vehicles, in components such as battery systems, motors, transmissions and fuel cells.
High heat-resistant and electrically insulating materials for electrical junction boxes, starter motor brush holders and component encapsulation.
The heat and weather resistance of our phenolic compounds make them ideal for headlamp housings, windshield wiper arms, fuel caps and charging plugs.
Formula
Features
Use
Molding Method
Formula
205
Features
High dimensional stability, UL listed, IATF approved, (180), low fumes
Use
Automotive
Molding Method
Transfer-compression-injection