Pure Tungsten Rod Slice

Pure tungsten rod slices are flat with regular shapes. They are crucial in car horns. Made from pure tungsten, these slices possess high strength and excellent wear - resistance. The manufacturing process often involves powder metallurgy, enabling high - purity products with reliable performance for automotive applications.

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Product Introduction

Pure Tungsten Rod Slice

Pure Tungsten Rod Slices are precision-engineered components made from high-density tungsten, a metal known for its exceptional strength and high melting point. These discs are used in various applications, including car horns and other industrial components requiring high durability and heat resistance.

Product Selling Points

Core Selling Points

High Density

Tungsten's high density makes Pure Tungsten Rod Slices ideal for applications requiring weight and balance.

Thermal Stability

They maintain their properties at high temperatures, making them suitable for use in car horns and other heat-intensive environments.

Durability

The hardness and strength of tungsten ensure long-lasting performance.

Precision Engineering

Manufactured to tight tolerances for consistent quality and reliability.

Product Quality

Consistent Quality

Rigorous quality control ensures that each Pure Tungsten Rod Slice meets the highest standards.

Surface Finish

A high-quality surface finish reduces friction and wear, enhancing the product's lifespan.

Customization

Available in various sizes and specifications to meet specific customer requirements.

Production Process of Pure Tungsten Contact

Product Production Process

Powder Metallurgy	The production of Pure Tungsten Rod Slices involves powder metallurgy, which allows for the creation of high-strength, dense components.
Compacting	Tungsten powder is compacted into a green compact without lubrication to avoid contamination.
Sintering	The green compact is sintered at high temperatures to achieve near-theoretical density.
Forming	The final step involves forming the tungsten into the desired shape through processes like rolling, forging, or drawing.