GNM-A Characteristics:

Adopting semiautomatic technology, highly concentrated size distribution, small coefficient of variation; Special treatment makes grain surface absorbing few impurities; Favorable hydrophilic performance thorough surface modification.

Recommended Applications:

High standards required lapping,polishing,etc;High-grade diamond tools manufacturing;High-grade diamond sprays,suspension liquid manufacturing.

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GNM-B Characteristics:

Narrow size distribution,small coefficient of variation;Regular shape,particle similar with a shape of ball;Low impurities,surface pureness,and fastness with bond.

Recommended Applications:

Gem stone, glass, ceramic and other related products processing; Diamond grinding wheel, PCD and other super-abrasive tools manufacturing.

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GNM-C Characteristics:

Excellent diamond with high strength as well as low impurities as raw material; High strength, higher polishing capacities; Low impurities(intrinsic and extrinsic), good thermal stability.

Recommended Applications:

Lapping or polishing work pieces with metal, ceramic bond.

Description:

Cubic Boron Nitrite (CBN) is a durable industrial abrasive that provides superior life, geometry and finish. For application involving the processing of iron alloys, CBN is a better choice. CBN powder is used primarrily in grinding wheels and honing tools to machine hard ferrous workpiece materials. These tools are used extensively in the automotive and aerospace industries to produce high precision components. CBN powder can also be used in PCBN  manufacturing.

Main Features:

monocrystalline atructure, angular shaps in each grain, well suited for applications with ferrous materials

Classification:

Two types of CBN powders are classified according to different raw materials: Black CBN powder and amber CBN powder.

Usage: babck CBN powder is used in polycrystalline compound as well as lapping and grinding of ferrous metals.

Ambl CBN powder has better crystallinity, purity,toughness impact, stability in comparision to black CBN powder. It is used in the sintering of polycrystalline diamond compounds as well as lapping ,grinding and super finish.

Applied in metal, ceramic bond tools, sharpener, grinding wheels, process of black metal and alloy

Synthetic gem diamonds, also known as Lab-grown diamonds, man-made diamonds, cultured diamonds, synthetic diamonds or pure grown diamonds, are composed of the same chemical crystal as natural diamonds and exhibit the same fire, scintillation, and sparkle. Gem diamonds are produced using a technological innovation that yields diamonds of exceptionally high quality and purity.

Synthetic gem diamonds do not require any diamond mining, making them a perfect choice for those seeking to minimize the environmental impact of a jewelry purchase. So, the cultured diamonds are conflict-free, eco-friendly and sustainable-creating economic growth opportunity from jewellery to hi-technology industry and makes its future promising.

16-34 series are widely used in the big bits of geological prospecting and mining exploring. The character of this series is high hardness, high abrasive resistance, good thermal conductivity and high impact resistance. This mining PDC can improve the drill life and efficiency of drill bits even under the rugged condition.

Application:

1. Suitable for F8-F10 Rock formations;
2. With high hardness, high abrasive resistance, good thermal conductivity and high impact resistance;
3. Mainly used in the big bits of geological prospecting and mining exploring.

Z series PDC are widely used in geological prospecting and mining exploration, etc. With high hardness, high abrasive resistance,
good thermal conductivity, high impact and firm and steady interface, this can effectively prevent the shedding of diamond layer
and bit balling. Drilling efficiency and drilling dimension can be greatly improved.

Application:

1. Suitable for F8-F10 Rock formations;
2. With high hardness, high abrasive resistance, good thermal conductivity and high impact resistance;
3. It is the ideal material for non-core and core drill bits of geology and mining.

PCD is widely used for machining non-ferrous metals and alloys, such as aluminum, copper, aluminum/gray iron composites,
as well as nonmetallic materials such as wood, chipboard, ceramics, plastic, rubber etc, where high abrasion resistance and
good surface finish are required. Gains offered a wide range of PCD for different application, and can cut the segments
size as the customer request.