Phenol Molding Powder (Injection Grade)

Our injection-grade phenol molding powder is a premium thermosetting compound specifically formulated for high-precision injection molding processes. This material combines excellent flow characteristics with superior mechanical, electrical, and thermal properties for demanding industrial applications.

Technical Specifications

Property	Specification
Appearance	Fine, free-flowing powder (various colors available)
Flow Distance	35-45 mm (ASTM D3123)
Cure Time	45-60 seconds at 175°C
Specific Gravity	1.35-1.45
Water Absorption	≤0.5% (24 hours)
Flexural Strength	80-100 MPa
Impact Strength	10-15 kJ/m²
Heat Deflection Temperature	>150°C
Dielectric Strength	15-18 kV/mm
Filler Content	50-70% (depending on grade)

Applications

Injection-grade phenol molding powder is ideal for manufacturing precision components requiring excellent dimensional stability and electrical properties:

Electrical Components: Terminal blocks, switch housings, circuit breaker components
Automotive Parts: Distributor caps, ignition components, electrical connectors
Appliance Components: Knobs, handles, and internal structural parts
Industrial Equipment: Pump components, valve parts, and precision mechanical elements
Electronics: Connector housings, insulating components, and structural supports

Advantages

Excellent flow characteristics for complex mold filling
Precise dimensional control and minimal shrinkage
Superior electrical insulation properties
Excellent heat resistance and flame retardancy
Good chemical resistance to oils, greases, and mild chemicals
Consistent processing behavior and rapid cycle times

Packaging & Storage

Available in 25kg moisture-resistant bags or 500kg bulk bags. Store in cool, dry conditions away from direct sunlight. Recommended storage temperature below 25°C with relative humidity below 60% to maintain optimal flow properties.

Request Information

Contact our technical team for detailed specifications, safety data sheets, and customized solutions for your specific application requirements.