Filled compound is a process that mixes base resins with additives and fillers to enhance physical, thermal, and electrical properties, providing the optimal plastic composite material.

Overview
Filled compound is a process where various fillers and additives are melt-mixed into a base resin. This compounding process strengthens the physical, thermal, and electrical properties of plastic, producing custom compounds tailored to specific applications and performance requirements. Base polymers such as PP, PE, ABS, and PA are used, and by adding materials like glass fibers, mineral fillers, flame retardants, and UV stabilizers, the plastic's strength, heat resistance, wear resistance, and conductivity are improved. The final product, referred to as a "compound" or "composite," is widely used across various industries.

Features
- Enhanced Properties: Fillers and additives improve heat resistance, strength, wear resistance, and electrical properties.
- Application-Specific Customization: The material properties are adjusted according to the specific environment of use, providing optimal characteristics for the product.
- Wide Range of Fillers: Compatible with various fillers, including glass fibers, minerals, carbon black, and flame retardants.
- Uniform Dispersion: High-quality compounding ensures uniform distribution of fillers and additives throughout the base resin.
- Combined Features: Enhances both physical strength and aesthetic qualities, ensuring durability and design flexibility.

Applications
Filled compounds are widely used in products requiring high strength and durability, such as automotive parts, electronics, home appliances, and industrial components. For example, glass fiber-filled compounds provide lightweight yet strong automotive parts, while talc-filled compounds improve heat resistance and rigidity in household appliances. They are also effective in applications requiring wear resistance and electrical insulation.

Optimize your product performance with filled compounds and provide higher added value.

Would you like more details on specific types of fillers or applications for certain industries? Feel free to let me know, and I can provide further information based on your needs.