PHENOLIC MOLDING COMPOUNDS

Paint chemicals 2025-03-21

Formulated based on the needs and usages of our customers, our phenolic molding compounds are produced by mixing different materials and pigments to the base phenolic resin which we also manufacture. Employing integrated operations (from raw materials introduction, reaction process, to final packaging), our products are manufactured with the strictest quality management. As result, our phenolic molding compounds offer consistent quality and good performance, and they have gained recognition from all sectors over the years.

Category Specifications
Base Resin Phenol-formaldehyde (PF) resin
Reinforcement Wood flour, glass fiber, mineral fillers
Appearance Granules/powder (brown/black)
Density 1.3-1.9 g/cm³
Molding Temperature 150-190°C

Key Properties

Property Performance Data
Tensile Strength 40-80 MPa
Flexural Strength 60-140 MPa
Impact Strength 1.5-10 kJ/m²
Thermal Stability Continuous use: 120-180°C
Flame Resistance UL94 V-0 (self-extinguishing)

Grades & Formulations

Grade Characteristics
General Purpose Wood flour-filled, cost-effective
Electrical Grade High tracking resistance (CTI ≥175V)
High-Impact Glass fiber-reinforced
Heat-Resistant Mineral-filled, >200°C stability

Applications

Industry Typical Uses
Electrical Switches, sockets, circuit breakers
Automotive Brake components, distributor caps
Appliances Pot handles, cooker knobs
Industrial Abrasive wheels, valve parts

Processing Parameters

Parameter Conditions
Injection Pressure 80-160 MPa
Cure Time 30-120 sec/mm
Mold Shrinkage 0.3-1.2%

Safety & Compliance

Aspect Details
GHS Classification H317 (Sensitization)
Regulatory RoHS/REACH compliant
Storage Dry, <30°C (12-month shelf life)

References:

  1. ISO 14526-1: Phenolic Powder Molding Compounds
  2. UL 746C: Polymeric Materials