High Precision Wolfram Carbide Punch Pin

• Pressing Speed: Isostatic Pressing
• Suppression Method: Unidirectional Pressurization
• Application: Mechanical Gadgets, Aerospace, Auto Parts, Electric Appliances, Medical Apparatus
• Product Name: Carbide Punch Pin
• Industry: Mechanical Machining
• Material: Tungsten Carbide Steel
• Model NO.: SX2161
• Grade: Wc-Co, Wc-Ti, Wc-Ni, etc.
• Features: Abrasion Resistant
• Shape: Customized
• Transport Package: Carton Box
• Specification: Customized
• Trademark: OEM available
• Origin: China
• Production Capacity: 10000PCS/Month

Product Description

 

Product Description

High Precision Wolfram Carbide Punch Pin


Overview: The Precision Tungsten Carbide Punch Pin is a high-performance tool designed for high-precision punching and shearing operations, made from premium tungsten carbide material. This product features exceptional hardness, wear resistance, and impact strength, making it widely applicable in electronics manufacturing, automotive industry, mold processing, and precision machinery.
Key Features:

1. High Precision Machining: Utilizing advanced manufacturing processes and equipment to ensure the punch pin's dimensional accuracy reaches ±0.001mm, meeting the demands for various high-precision punching and shearing applications.
2. Premium Material: Made from high-quality tungsten carbide material, subjected to rigorous sintering and heat treatment processes, ensuring exceptional hardness and wear resistance.
3. Outstanding Wear Resistance: The excellent wear resistance of tungsten carbide significantly extends the punch pin's service life, reducing replacement frequency and maintenance costs.
4. High Strength and Toughness: Tungsten carbide punch pins possess high bending strength and fracture toughness, capable of withstanding high-impact and high-pressure operations.
5. Various Specifications: Available in multiple sizes and shapes to accommodate different mold and processing requirements, with customization options based on customer needs.

Technical Parameters:

• Material: Tungsten Carbide
• Hardness: Over HRA 90
• Dimensional Accuracy: ±0.001mm
• Bending Strength: > 3000 MPa
• Density: 14.6-15.1 g/cm³

Applications:

• Electronics Manufacturing: Used for producing various high-precision electronic components and connectors.
• Automotive Industry: Suitable for the precision punching and forming of automotive parts.
• Mold Processing: Used for the production and repair of high-precision molds.
• Precision Machinery: Applicable for the machining and production of precision components.

Service Support:

• Providing professional technical support and after-sales service to ensure optimal product performance during use.
• Offering product design optimization advice and customized solutions based on customer needs.

 

 

Features

Tungsten carbide parts are well-known for their exceptional hardness and strength, ranking among the hardest materials available. This makes them perfect for applications that require wear resistance and durability.
Tungsten carbide can withstand heavy loads, impacts, and harsh environments for an extended period of time without any deformation or damage. It also has superior wear resistance, making it suitable for applications involving abrasive, corrosive, and high-intensity wear conditions.
In addition, tungsten carbide-made products have a much longer tool life compared to conventional materials, allowing for fewer replacements and higher overall productivity. Furthermore, these parts are also corrosion-resistant, making them suitable for use in harsh chemical environments.
Moreover, tungsten carbide exhibits exceptional high-temperature resistance and good thermal conductivity. It maintains its strength and hardness even at extremely high temperatures and has efficient heat dissipation to reduce the risk of thermal damage.
Lastly, tungsten carbide lends itself to precision machining, enabling complex shapes and tight tolerances. It is also used in numerous industries such as metalworking, oil and gas, automotive, pre-cutting tools, and aerospace due to its versatility. Despite its cost being higher than traditional materials, tungsten carbide offers a cost-effective solution in the long run.