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Diamond paste
Grish Company’s diamond paste is a precision polishing compound formulated with carefully selected high-quality polycrystalline and monocrystalline diamond abrasives. It has high uniformity and excellent dispersion effects, and is primarily used for surface finishing polishing of hard alloys, metal materials, and sample analysis. We offer two types to suit our customers' applications: water-soluble and oil-based.
The paste has a very low viscosity and excellent workability! We present carefully selected diamond abrasives.
"Diamond Paste WITH" is an ideal oil-based paste that pursues workability, grinding performance, and economic efficiency. It is capable of achieving a stable finish up to a super mirror surface. Through the pursuit of polishing power, it completely eliminates coloring agents and chemicals that could have adverse effects, ensuring stability even with non-ferrous metals. 【Features】 ■ Carefully selected diamond abrasives are uniformly dispersed through a special manufacturing process, providing stable polishing power. ■ The paste has a very low viscosity, resulting in excellent workability. ■ Even when diluted with a dedicated thinner, there is no separation or detachment of the diamond abrasives (please use the dedicated thinner: A-602). *For more details, please refer to the PDF document or feel free to contact us.
It is an ideal oil-based paste that pursues workability, grindability, and further economic efficiency!
In particular, gloss is essential for the quality of plastic products. To create that quality, high precision molds are required for producing plastic products. The final polishing process is finished with diamond paste. ▼ Mechanism of Diamond Paste Polishing Regular grinding wheels have abrasive particles fixed with a bond, so the pressure applied directly translates into grinding force, resulting in deep scratches. However, diamond paste consists of diamond abrasive particles and a paste-like compound, allowing the particles to move freely without being fixed. Therefore, the applied pressure is not transmitted directly, preventing deep scratches. Additionally, the depth of scratches varies depending on what is used to apply pressure. There is a difference in the pressure transmitted to the abrasive particles between a hard object like a bamboo spatula and a soft material like felt, resulting in differences in the finished surface.
It is an ideal oil-based paste that pursues workability, grindability, and further economic efficiency!
In particular, gloss is essential for the quality of plastic products. To create that quality, high precision molds are required for producing plastic products. The final polishing process is finished with diamond paste. ▼ Mechanism of Diamond Paste Polishing Conventional grinding wheels have abrasive grains fixed with a bond, so the pressure applied directly translates into grinding force, resulting in deep scratches. However, diamond paste consists of diamond abrasive grains and a paste-like compound, allowing the grains to move freely without being fixed. Therefore, the applied pressure is not transmitted directly, preventing deep scratches. Additionally, the depth of scratches varies depending on what is used to apply pressure. There is a noticeable difference in the pressure transmitted to the abrasive grains between a hard object like a bamboo spatula and a soft material like felt, resulting in differences in the finished surface.
It is an ideal oil-based paste that pursues workability, grindability, and further economic efficiency!
In particular, gloss is essential for the quality of plastic products. To create that quality, high-precision molds are necessary for producing plastic products. The final polishing process is finished with diamond paste. ▼ Mechanism of Diamond Paste Polishing Regular grinding wheels have abrasive particles fixed with a bond, so the applied pressure directly translates into grinding force, resulting in deep scratches. However, diamond paste consists of diamond abrasive particles and a paste-like compound, allowing the particles to move freely without being fixed. Therefore, the applied pressure is not transmitted directly, preventing deep scratches. Additionally, the depth of scratches varies depending on what is used to apply pressure. The pressure transmitted to the abrasive particles differs between a hard object like a bamboo spatula and a soft material like felt, resulting in differences in the finished surface.
It is an ideal oil-based paste that pursues workability, grindability, and further economic efficiency!
In particular, gloss is essential for the quality of plastic products. To create that quality, high precision molds are necessary for producing plastic products. The final polishing process is finished with diamond paste. ▼ Mechanism of Diamond Paste Polishing Conventional grinding wheels have abrasive grains fixed with a bond, so the pressure applied directly translates into grinding force, resulting in deep scratches. However, diamond paste consists of diamond abrasive grains and a paste-like compound, allowing the grains to move freely without being fixed. Therefore, the applied pressure does not directly transfer, preventing deep scratches. Additionally, the depth of scratches varies depending on what is used to apply pressure. Using a hard object like a bamboo spatula versus a soft material like felt will obviously result in different pressure being transmitted to the abrasive grains, leading to differences in the finished surface.
It is an ideal oil-based paste that pursues workability, grindability, and further economic efficiency!
In particular, gloss is essential for the quality of plastic products. To create that quality, high precision molds are necessary for producing plastic products. The final polishing process is finished with diamond paste. ▼ Mechanism of Diamond Paste Polishing Conventional grinding wheels have abrasive particles fixed with a bond, so the applied pressure directly translates into grinding force, resulting in deep scratches. However, diamond paste consists of diamond abrasive particles and a paste-like compound, allowing the particles to move freely without being fixed. Therefore, the applied pressure is not transmitted directly, preventing deep scratches. Additionally, the depth of scratches varies depending on what is used to apply pressure. For instance, using a hard object like a bamboo spatula versus a soft material like felt will obviously result in different pressures transmitted to the abrasive particles, leading to variations in the finished surface.
Ideal for final finishing in mirror processing such as plastic molding of molds and polishing of car emblems! It is an ideal oil-based paste for workability and grindability!
"Diamond Paste WITH (oil-based)" finishes to a mirror surface in the final polishing process. Our diamond paste comes in a wide variety, with numerous options available in particle sizes ranging from 1/4μ to 90μ. Since diamond paste consists of diamond abrasives and a paste-like compound, the abrasives move freely without being fixed. Therefore, the pressure applied does not transfer directly, preventing deep scratches. By using it in conjunction with our mold grinding stones, you can achieve greater efficiency.
