High-Performance Technical Molding

Process

Technical moulding converts high-strength polymers and composites (SMC/DMC) into durable industrial parts using heat and immense pressure.
1. Material Loading We start with high-performance plastic pellets or reinforced composite "sheets" (SMC) and "dough" (DMC). These are measured to an exact weight to ensure the mold is perfectly filled.
2. Heating & Softening The material is heated in a barrel or a heated die. For Thermoset Composites, this heat triggers a chemical reaction that permanently hardens the material so it can never melt again, even under extreme industrial heat.
3. The Moulding Press
Injection Moulding: Melted plastic is "shot" into a steel mold at high speed.
Compression Moulding: A massive press (up to 2000 tons) squeezes the material between two heated halves, forcing fibers into every corner of the design.
4. Curing & Solidifying The part stays in the mold for a set "cycle time." This is where Epoxy Resins and SMC reach their final strength and heat-resistant properties.
5. Ejection & Finishing Mechanical pins push the solid part out. Any extra material at the edges (flash) is trimmed away to create a clean, professional finish.
6. Final Testing Every batch is checked for impact resistance and electrical insulation. This ensures the part won't crack or leak electricity when installed in a high-voltage or heavy-duty environment.

Manufacturing Capabilities

By utilizing diverse moulding technologies, we provide the most efficient production path for your specific part geometry and volume:

• Precision Plastic Injection Moulding: Best for high-volume, intricate parts requiring tight tolerances and repeatable quality.
• SMC (Sheet Moulding Compound): Compression moulding using high-strength glass-fiber reinforced sheets. Ideal for large, structural parts that need to be lightweight yet incredibly tough.
• DMC (Dough Moulding Compound): Used for complex shapes requiring excellent electrical properties and flame resistance.
• Epoxy Resin Moulding: Specialized casting and moulding for chemical-resistant and high-dielectric applications.

High-Performance Polymers & Composites

Our Technical Moulding expertise covers materials designed for the most demanding industrial "stress tests":

• Reinforced Thermosets: Glass-filled materials that maintain their shape under extreme heat and pressure.
• Chemical-Resistant Polymers: Engineered for housings and valves exposed to acids, fuels, or solvents.
• High-Dielectric Resins: Specialized materials for Electrical Insulating Manufacturing and high-voltage components.