Brief: In this video, we showcase how our Irregular HPHT CVD MCD Diamond with a 111 orientation face surface enhances cutting tool performance. You'll see a detailed demonstration of its application in super finishing and ultra-precision cutting of non-ferrous metals, highlighting the superior wear resistance and high surface finish achieved in real-world scenarios.
Related Product Features:
Developed using HPHT technology for high hardness and exceptional wear resistance.
Features a 111 orientation face surface optimized for cutting tool applications.
Available in irregular shapes with excellent symmetry and IF (Internally Flawless) clarity.
Offers high efficiency and low operational cost in industrial cutting processes.
Achieves a high surface finish with a polished surface roughness of Ra < 30 nm.
Suitable for super finishing of aluminum, copper, brass, gold, nickel, and clear plastics.
Size range from 1.0mm to 7.0mm with a thickness tolerance of +/- 0.05 mm.
Available in light yellow, dark yellow, and clear colors to suit various applications.
FAQs:
What is the quality and warranty of your MCD diamond products?
We maintain strict quality control to guarantee high performance. Our products come with a one-year warranty from the purchase date, and we provide prompt responses and replacements for any issues on our side, including covering shipping costs.
Do you offer technical support for your diamond cutting tools?
Yes, our experienced team, including product managers, engineers, and technicians, provides specific technical advice and support to help optimize your cutting applications.
What are the available sizes and applications for these MCD diamonds?
The diamonds range from 1.0mm to 7.0mm and are ideal for super finishing and ultra-precision cutting of non-ferrous metals like aluminum, copper, brass, gold, and nickel, as well as clear plastics.
Can we request free samples of the MCD diamond products?
Normally, we do not offer free samples, but we stand behind the quality of our products and ensure they meet your performance expectations.