Delivering Quality Engineering Solutions Since 1987

Nano Dies

Parth Diamond Die offers cutting-edge Nano Dies, engineered for high-performance wire drawing across a wide range of materials. Manufactured through a controlled vacuum process, these dies feature a Carbon Vapor Deposition (CVD) coating on tungsten carbide profiles, achieving extreme hardness levels of up to 7000 HVI.

With a diameter range of 0.500 to 120 mm, our Nano Dies provide 10–20 times the die life compared to conventional tungsten carbide dies. The 30–40 micron CVD carbon layer drastically reduces friction, enhances wear resistance, and ensures an excellent surface finish on the drawn wire.

Nano Dies from Parth are ideal for stainless steel, carbon steel, nonferrous metals, as well as applications in tube drawing, bunching, stranding, and compacting.

Nano Dies – Models & Specifications

S.No.ModelDiameter RangeCoating TypeCore MaterialKey Benefits
1ND-CVD0.500 – 120.000 mmCarbon Vapor Deposition (CVD)Tungsten CarbideUltra-Hard Coating, 10–20× Die Life, Low Friction

Frequently Ask Questions

What is special about Nano Dies?
Nano Dies feature a CVD carbon layer with 7000 HVI hardness, which significantly reduces wear and increases die life by 10–20 times compared to standard tungsten carbide dies.
What materials can be drawn using Nano Dies?
Perfect for stainless steel, carbon steel, nonferrous wires, as well as tube drawing, stranding, and compacting applications.
How thick is the carbon coating?
The CVD layer is typically 30 to 40 microns thick, providing robust protection and exceptional performance.

Conclusion

Parth Diamond Die’s Nano Dies represent the next generation in wear-resistant wire drawing technology. With ultra-hard CVD coatings, reduced friction, and proven performance longevity, they are the perfect solution for demanding wire and tube processing industries.

Whether you’re drawing tough metals like stainless steel or working in high-load applications like stranding and compacting, our Nano Dies ensure long-term reliability, cost efficiency, and exceptional wire finish.