0102030405
Micron Diamond Powder for PCD Synthesis - High-Grade Diamonds from China Suppliers and Factory for Optimal Performance
BRM-PCD Series Diamond Powder
BRM-PCD series are specially designed for PCD/PDC application.
Raw Materials & Purification
Using high-grade & low-impurity MBD diamond as raw materials, produced by specialized purification technique to minimize the impurity content, uniformly regular crystal shape.
Performance & Structure
Concentrated particle size distribution (PSD), excellent dispersion and thermal stability, very blocky shape, high toughness, very long using life and very high finishing.
We manufacture diamond powder to withstand impact and fracturing even in the harshest conditions. Additionally, coatings are offered to further boost performance in extremely challenging environments.
Frequently Asked Questions (FAQ)
Q1: What are BRM-PCD series diamond powders designed for?
A1: The BRM-PCD series is specially engineered and designed for PCD (Polycrystalline Diamond) and PDC (Polycrystalline Diamond Compact) applications.
Q2: What raw materials are used in the manufacturing process?
A2: High-grade and low-impurity MBD diamond is utilized as the raw material to ensure premium quality.
Q3: How do you ensure the low impurity and structural consistency of the diamond powder?
A3: We use a specialized purification technique to minimize impurity content and achieve a uniformly regular crystal shape.
Q4: What are the key physical characteristics of the BRM-PCD series?
A4: It features a concentrated particle size distribution (PSD), excellent dispersion, thermal stability, a very blocky shape, high toughness, long service life, and provides a very high finishing.
Q5: How does this diamond powder perform under harsh conditions?
A5: It is manufactured specifically to withstand high impact and fracturing, ensuring reliability even in the most demanding environments.
Q6: Are there options available to further enhance performance?
A6: Yes, we offer additional surface coatings to further boost performance in extremely challenging environments.
