General Explanation:
In the electrical and electronics industry, polymer compounds are highly valued due to their insulation properties, heat resistance, and safety. They are widely used in manufacturing components such as sockets, switches, distribution boxes, cables, and other electrical equipment. With precisely engineered formulations, these compounds meet the stringent requirements of international safety standards.

 

FEATURES
• Electrical Insulation:
Polymer compounds offer high resistance to electrical currents, ensuring equipment safety.

• Heat Resistance:
Withstand high temperatures without deformation, crucial for electrical panels and high-load systems.

• Flame Retardancy:
Incorporating flame retardant masterbatches to prevent fire and enhance safety.

• Dimensional Stability:
Maintain shape under various operating conditions, especially in heat and humidity.

• Chemical & UV Resistance:
High durability against sunlight, moisture, and chemicals often present in industrial environments.

 

APPLICATIONS
• Lighting Equipment:
Used in manufacturing lamp housings, sockets, and inner parts of lighting systems.

• Electrical Panels & Distribution Boxes:
Applied in bodies and internal components of industrial and residential electric boards.

• Consumer Electronics:
Used in internal parts of TVs, sound systems, and digital devices.

• Switches and Controls:
Production of switch bodies and control units requiring both mechanical and electrical resistance.

• Cables and Connectors:
Insulation and sheathing for power and data cables.

 

BENEFITS
• Improved Electrical Safety:
Prevents short circuits, fire hazards, and current leaks.

• Lightweight and Processable:
Ideal for mass production using injection molding or extrusion.

• Reduced Production Costs:
More economical compared to metal or ceramic parts.

• Long-Term Durability:
Resistant to wear and degradation in harsh environments.

 

RECOMMENDED COMPOUNDS & MASTERBATCHES
• Flame Retardant Compounds:
Enhance fire resistance in sensitive components.

• Glass-Fiber Reinforced Compounds:
Provide high mechanical strength for complex electronics.

• Conductive Polymer Compounds:
Enable electrostatic discharge in sensitive devices.

• UV & Heat Stabilizer Masterbatch:
Enhance lifespan in high-temperature and high-light environments.