Brief: Ever wondered how HPHT Monocrystalline MCD Diamond Wire Drawing Dies deliver superior performance in precision wire manufacturing? This video showcases the engineered crystal structure and mirror-smooth surface in action, demonstrating how these dies achieve unmatched durability and precision across various metals, from ultra-fine medical wires to industrial alloys.
Related Product Features:
Engineered (111) crystal orientation aligned for maximum shear resistance and superior microhardness of 80-150 GPa.
Defect-free performance with no visible inclusions or cracks, verified by 20x optical microscopy inspection.
Exceptional service life exceeding 4,000km in φ0.03mm copper wire production, ensuring long-term reliability.
Thermal stability maintains bore integrity with less than 0.005mm deformation at 1200℃, preventing wire oxidation.
Mirror-smooth wire surface finish for high-precision applications in stainless steel, tungsten, and precious metals.
Versatile compatibility with a wide wire diameter range from φ0.003mm to φ2.0mm for diverse industrial needs.
85% lower cracking rate compared to carbide dies in demanding tungsten and molybdenum wire processing.
Cost-efficient solution with the lowest total cost of ownership, outperforming PCD and cemented carbide alternatives.
FAQs:
What is the key advantage of the (111) crystal orientation in HPHT diamond dies?
The (111) crystal plane is aligned with the <110> drawing direction, providing maximum shear resistance and exceptional microhardness (80-150 GPa) for enhanced durability and precision in wire drawing.
How does the service life of HPHT diamond dies compare to traditional materials?
HPHT diamond dies offer the longest service life, proven to exceed 4,000km in copper wire production, significantly outperforming PCD (moderate lifespan) and cemented carbide (frequent replacement) dies.
What types of wires are compatible with these HPHT monocrystalline diamond dies?
These dies are versatile and suitable for stainless steel, ultra-fine tungsten/molybdenum wires, precious metals like gold and platinum, special alloys including NiTi and titanium, and industrial copper/aluminum wires.
How does the thermal stability of HPHT diamond dies benefit wire drawing processes?
The dies exhibit excellent thermal stability with less than 0.005mm bore deformation at 1200℃, enabling efficient heat dissipation that prevents wire oxidation and maintains consistent performance under high-temperature conditions.