Tianyi Industrial Co., Ltd.

Cold Heading Dies

Best Quality Cold Heading Dies Manufacturer

As a cold heading dies manufacturer, we have earned a name in the field of cold heading. A portion of that history is preserved at the FMC Carbide Department. Years of experience pay off in excellent quality and prompt service for your cold heading/carbide die requirements. Our firm built a new 19,000-square-foot structure to accommodate a heat treatment plant to accommodate the increasing demand. 

Forty full-time workers work two shifts. In 2000, FMC achieved ISO 9001 compliance, and in 2018, it updated to the most recent standard, ISO 9001:2015. We, as cold heading dies manufacturer, have a loyal clientele that it has earned with excellence in craftsmanship and trust. Due to the persistence of this tradition, we have been able to grow its business into assembly. 

Prioritizing Customers as Cold Heading Dies Supplier

We, as cold heading dies manufacturer, always put the product first, unlike other businesses that don’t. Because the client always wins when you are steadfastly dedicated to producing excellent, economical, and timely solutions. In actuality, the design isn’t always ideal. However, what we create together ought to remain forever.

Regarding risk mitigation, supply chain management, process audits, maintenance, non-conforming product control, and material flow management, our factories adhere to corporate requirements. Facilities use highly experienced individuals and have quality management systems accredited to ISO/QS/TS to satisfy your objectives for quality, delivery, and performance.

FAQs

How does a machine for cold heading operate?
A cold heading machine uses high pressure to form metal without heating it; the blank is formed at room temperature.
What benefits does cold heading offer?
Compared to conventional processes, cold heading offers shorter production times, less waste, and higher material strength.
What is a cold forging machine’s working principle?
A cold forging machine works based on deforming metal under high pressure at room temperature to increase its strength and endurance.