Brief: Discover how HPHT technology creates high-performance yellow single crystal diamonds for milling tools in this informative video. You will see a detailed explanation of the manufacturing process and a demonstration of how these lab-grown diamonds deliver superior hardness and wear resistance for ultra-precision machining of non-ferrous metals and plastics.
Related Product Features:
Manufactured using HPHT (High Pressure, High Temperature) technology for consistent quality.
Features high hardness and exceptional wear resistance for extended tool life.
Enables high-efficiency machining with low operational costs.
Delivers a high surface finish on workpieces like aluminum, copper, and brass.
Available in yellow and dark yellow colors with a natural growth shape.
Sizes range from 1.0mm to 6.0mm with precise lateral and thickness tolerances.
Ideal for super finishing and milling of non-ferrous metals and clear plastics.
Polished surface with Ra < 30 nm for ultra-precision cutting applications.
FAQ's:
What is HPHT technology in lab-grown diamonds?
HPHT stands for High Pressure, High Temperature, a process that replicates natural diamond formation by combining carbon and transitional metals under extreme conditions to create high-quality single crystal diamonds.
What materials can be machined with these MCD milling tools?
These diamonds are ideal for super finishing and milling of non-ferrous metals like aluminum, copper, brass, gold, and nickel, as well as clear plastics, ensuring high surface quality.
What are the key advantages of using these lab-grown diamonds?
They offer high hardness and wear resistance, enable high-efficiency machining with low cost, and provide an excellent surface finish on workpieces, making them superior for precision applications.
What size range is available for these single crystal diamonds?
The diamonds are available in a size range from 1.0mm to 6.0mm, with specific models like JSD23-202011 (2.0x2.0x1.1mm) up to JSD23-656511 (6.5x6.5x1.1mm), catering to various milling tool requirements.