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Jungu offers high precision Tungsten carbide hex bolt die for refractory materials. Our carbide hex die is designed to provide reliable and durable performance in high-demand applications.
The die is made of tungsten carbide, known for its high hardness and wear resistance. It ensures superior performance even in the toughest environments. Our carbide die bolt achieves high precision with an accuracy of 0.005 mm. This precision ensures consistent and reliable results, reducing the need for frequent adjustments or replacements.
Our high-precision screw mould is designed for efficiency and longevity. The carbide hex bolt die features a high finish surface, which reduces friction and wear. This surface finish enhances the die's lifespan, making it ideal for industries such as the refractory materials industry.
As a screw mould manufacturer, we offer customization options to meet specific requirements. We also provide design services to improve mold life. Additionally, our fasteners die is engineered for ease of use and long-term reliability. With short lead times, we ensure fast delivery for urgent orders.
Jungu is committed to offering high-quality products that meet ISO9001 standards. Whether you need a carbide hex die or a screw bolt die, we are your trusted supplier for all your mold and die needs.
Specification
Product Name | Carbide hex bolt die |
Material | Tungsten carbide |
Accuracy | High-precision |
Surface finish | High finish |
Advantage | High hardness and high wear resistance |
Lead time | Shortly lead time |
Service | Design and after sale service |
Application | Refractory materials industry |
Certification | ISO9001 |
Carbide split die:
Carbide split die are collectively referred to as segmented and assembled dies specifically developed to avoid stress concentration in the corners of metal during forging processes. Traditional integrated dies suffer from early damage starting from the corners due to very concentrated stress.
By pre-segmenting the parts prone to damage, the hard alloy composite mold achieves a service life that far exceeds that of traditional integrated molds.
Material：Tungsten carbide/cemented carbide
Tungsten carbide possesses a series of excellent properties such as high hardness, wear resistance, good strength and toughness, heat resistance, and corrosion resistance. Especially its high hardness and wear resistance remain basically unchanged even at a temperature of 500℃, and it still maintains high hardness at 1000℃ .
Accuracy
The most crucial factor ensuring the durability and service life of a mold is precision. And every one of our
The split mold achieves a very high added value and long service life through high-precision machining at 1/1000mm.
At the same time, it saves time for replacing damaged molds, contributing to the reduction of production costs.
Surface finish
The surface finish is inversely proportional to the corrosion performance. The lower the finish is, the worse the corrosion resistance is. The higher the finish, the better the abrasion resistance, but too high may lead to difficult oil storage and increased friction. The surface finish affects the fit strength, and a small finish may cause the performance of the mating parts to decline, wear to increase, and clearance to increase.
In the metal surface processing of parts, it is the key to follow the process requirements and improve the metal surface finish with high quality, but the cost shall be comprehensively considered to avoid additional economic losses. Surface finish is closely related to part performance, which is of great significance to improve machining quality and extend service life.
Design
Simufact,Process chain simulation assists in fastener design and manufacturing.
Material: Made of tungsten carbide steel for durability and strength.
Precision: High precision design ensures consistent performance.
Wear Resistance: Exceptional wear resistance extends die life and reduces downtime.
Hardness and Strength: Offers high hardness and strength to handle demanding applications.
Customization: Supports non-standard customization to meet specific needs.
Design: Features a multi-station screw cold heading design for efficient production.
Long-lasting: Advanced material properties ensure a longer die life.
Reduced Stress: Reduces stress concentration during forging, improving mold durability.
Cost-effective: Cost-effective mold design for high performance at lower cost.
Surface Finish: High surface finish improves wear resistance and overall performance.
Extended Service Life: Service life far exceeds that of traditional molds.
Refractory Materials Industry: Ideal for forming refractory components with high durability.
Fastener Manufacturing: Used in the production of fasteners like bolts and screws.
Automotive Bolts and Screws: Suitable for manufacturing automotive fasteners.
Precision Parts: Designed for parts that require corrosion and wear resistance.
Customers
We have built cooperation with many countries in the word.
FAQ
Jungu offers high precision Tungsten carbide hex bolt die for refractory materials. Our carbide hex die is designed to provide reliable and durable performance in high-demand applications.
The die is made of tungsten carbide, known for its high hardness and wear resistance. It ensures superior performance even in the toughest environments. Our carbide die bolt achieves high precision with an accuracy of 0.005 mm. This precision ensures consistent and reliable results, reducing the need for frequent adjustments or replacements.
Our high-precision screw mould is designed for efficiency and longevity. The carbide hex bolt die features a high finish surface, which reduces friction and wear. This surface finish enhances the die's lifespan, making it ideal for industries such as the refractory materials industry.
As a screw mould manufacturer, we offer customization options to meet specific requirements. We also provide design services to improve mold life. Additionally, our fasteners die is engineered for ease of use and long-term reliability. With short lead times, we ensure fast delivery for urgent orders.
Jungu is committed to offering high-quality products that meet ISO9001 standards. Whether you need a carbide hex die or a screw bolt die, we are your trusted supplier for all your mold and die needs.
Specification
Product Name | Carbide hex bolt die |
Material | Tungsten carbide |
Accuracy | High-precision |
Surface finish | High finish |
Advantage | High hardness and high wear resistance |
Lead time | Shortly lead time |
Service | Design and after sale service |
Application | Refractory materials industry |
Certification | ISO9001 |
Carbide split die:
Carbide split die are collectively referred to as segmented and assembled dies specifically developed to avoid stress concentration in the corners of metal during forging processes. Traditional integrated dies suffer from early damage starting from the corners due to very concentrated stress.
By pre-segmenting the parts prone to damage, the hard alloy composite mold achieves a service life that far exceeds that of traditional integrated molds.
Material：Tungsten carbide/cemented carbide
Tungsten carbide possesses a series of excellent properties such as high hardness, wear resistance, good strength and toughness, heat resistance, and corrosion resistance. Especially its high hardness and wear resistance remain basically unchanged even at a temperature of 500℃, and it still maintains high hardness at 1000℃ .
Accuracy
The most crucial factor ensuring the durability and service life of a mold is precision. And every one of our
The split mold achieves a very high added value and long service life through high-precision machining at 1/1000mm.
At the same time, it saves time for replacing damaged molds, contributing to the reduction of production costs.
Surface finish
The surface finish is inversely proportional to the corrosion performance. The lower the finish is, the worse the corrosion resistance is. The higher the finish, the better the abrasion resistance, but too high may lead to difficult oil storage and increased friction. The surface finish affects the fit strength, and a small finish may cause the performance of the mating parts to decline, wear to increase, and clearance to increase.
In the metal surface processing of parts, it is the key to follow the process requirements and improve the metal surface finish with high quality, but the cost shall be comprehensively considered to avoid additional economic losses. Surface finish is closely related to part performance, which is of great significance to improve machining quality and extend service life.
Design
Simufact,Process chain simulation assists in fastener design and manufacturing.
Material: Made of tungsten carbide steel for durability and strength.
Precision: High precision design ensures consistent performance.
Wear Resistance: Exceptional wear resistance extends die life and reduces downtime.
Hardness and Strength: Offers high hardness and strength to handle demanding applications.
Customization: Supports non-standard customization to meet specific needs.
Design: Features a multi-station screw cold heading design for efficient production.
Long-lasting: Advanced material properties ensure a longer die life.
Reduced Stress: Reduces stress concentration during forging, improving mold durability.
Cost-effective: Cost-effective mold design for high performance at lower cost.
Surface Finish: High surface finish improves wear resistance and overall performance.
Extended Service Life: Service life far exceeds that of traditional molds.
Refractory Materials Industry: Ideal for forming refractory components with high durability.
Fastener Manufacturing: Used in the production of fasteners like bolts and screws.
Automotive Bolts and Screws: Suitable for manufacturing automotive fasteners.
Precision Parts: Designed for parts that require corrosion and wear resistance.
Customers
We have built cooperation with many countries in the word.
FAQ
