Diamond Powder For Polish

1. More concentrated particle distribution

China Super Tech Co., Ltd. employs a multi-level airflow classification combined with a precise screening process to repeatedly screen different particle sizes, strictly controlling the particle size distribution range, and reducing the inclusion of oversized particles and fine powder. This ensures that each diamond particle maintains a closer cutting depth during the polishing process, reducing the risk of random scratches, and making the surface finish of the workpiece more uniform, especially suitable for precision parts with high requirements for mirror finish.

 

2. Stable polishing efficiency

Ordinary diamond powder is prone to problems such as uneven cutting force in certain areas during use due to irregular particle shapes. Our particles have undergone shaping treatment, making the cutting edges more balanced, while ensuring the grinding ability and reducing premature particle fragmentation. Therefore, during the same processing time, a more stable polishing speed can be maintained, reducing the need for frequent replacement of polishing fluid or replenishment of abrasive, and improving the continuous production efficiency.

 

3. Low impurity content

During the production process, acid washing purification and multiple cleaning processes are adopted to effectively remove metal impurities and non-diamond residues, reducing secondary pollution of impurities to the workpiece surface. For products with high requirements for surface cleanliness such as stainless steel, optical glass, ceramics, and hard alloys, black spots, scratches, and polishing residues can be reduced, improving the consistency of the final product.

 

4. Better batch consistency

Each batch of products undergoes particle size distribution, purity, and particle morphology detection, and a complete batch traceability file is established to ensure stable performance of different batches of products. For customers requiring long-term continuous production, there is no need to frequently adjust polishing pressure, time, or process parameters due to changing batches, thereby reducing trial production costs and ensuring long-term stable product quality.

1. Hard alloy tool polishing

This is used for the fine finishing of the cutting edges of milling tools, drills, etc., which can reduce the surface roughness and help reduce cutting friction.

 

2. Precision processing of electronic and semiconductor parts

This is applicable to the surface treatment of high-hardness materials such as ceramic substrates and heat dissipation components, helping to achieve a more uniform surface quality.

 

3. Jewelry and gemstone polishing

This is used for the fine polishing of the surfaces of gems, jewelry, and precious metals, which can enhance the luster and reduce minor scratches.

 

4. Mirror finish treatment of automotive parts

This is applicable to the surface treatment of molds, bearings, and precision parts, helping to improve the appearance and the quality of the contact surface.

1. Granularity customization
We can provide a granularity range from sub-micron to several tens of microns, matching different stages of rough polishing, medium polishing and fine polishing.

2. Suspension liquid and paste formulation
According to the customer's equipment and process requirements, we can customize water-based, oil-based or paste polishing solutions to reduce the on-site preparation time.

3. Support for small batch samples
We support sample testing and process validation, helping customers confirm the polishing effect before formal purchase.

4. Long-term stable supply
China Super Tech Co., Ltd. has established a granularity database and batch traceability system, suitable for industrial customers who require long-term consistency.

Parameter	Specification
Product Name	Diamond Powder for Polish
Material	Synthetic Diamond
Crystal Type	Monocrystalline / Polycrystalline (Optional)
Particle Size	0.1–60 μm (Custom sizes available)
Particle Size Distribution	Narrow, Uniform Distribution
Purity	≥99.9%
Particle Shape	Blocky / Irregular / Controlled Shape
Hardness	10 Mohs
Color	Light Yellow / Green / Gray (Depending on Grade)
Bulk Density	1.50–1.90 g/cm³
Surface Treatment	Uncoated / Metal Coated (Optional)
Applications	Precision Polishing, Optical Components, Semiconductor Wafers, Ceramics, Carbide, Sapphire, Glass, Metal Finishing
Packaging	50 g, 100 g, 500 g, 1 kg, or Customized
Storage	Store in a Dry, Cool Environment
Custom Service	Particle Size, Surface Treatment, Packaging Available

 

 

 

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