Aluminum alloy silicone oil clutch fan die casting

The Silicone Oil Clutch Fan Die Casting is an essential component in traditional automotive die-casting designed specifically for engine cooling systems. It leverages a silicone oil clutch to regulate fan speed, optimizing engine cooling efficiency. This part not only enhances cooling performance but also adjusts automatically to temperature changes, reducing energy consumption and extending engine life.

Product Advantages

• High Heat Resistance: Made from aluminum alloy with excellent heat resistance, it withstands high temperatures without deformation.
• Automatic Cooling Adjustment: The silicone oil clutch adjusts fan speed according to temperature variations, maximizing cooling efficiency and preventing unnecessary energy consumption.
• Lightweight Design: High-strength, lightweight aluminum alloy reduces fan assembly weight, improving fuel economy.
• Strong Corrosion Resistance: Treated for corrosion resistance, making it suitable for harsh environments.

Product Features

• High-Precision Die Casting: Uses high-pressure die-casting technology to ensure each component’s precision and smooth surface, reducing the need for secondary processing.
• Custom Production: Supports various sizes and design options to fit different engine cooling systems.
• Multiple Surface Treatments: Available with anodizing, electrophoresis, or powder coating for enhanced corrosion resistance and durability.

Application
Widely used in engine cooling systems for passenger vehicles, trucks, and other types of traditional automotive engines, providing reliable cooling in various operating conditions.

Basic Specifications

• Material: High-quality aluminum alloy (e.g., ADC12, A380)
• Size: Customized per client requirements, with precision control at ±0.05mm
• Surface Treatment: Options include anodizing, electrophoresis, and powder coating
• Weight: Adjustable based on design needs

Jinyao’s silicone oil clutch fan die casting is known for its automatic cooling regulation and high durability, providing efficient cooling support for traditional automotive engines and making it ideal for high-performance cooling systems.