Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
1～15 item / All 23 items
Diamond abrasives are evenly dispersed, providing stable polishing power.
This is a diamond paste for sample grinding. It comes in a syringe-type container, allowing you to use only the amount you need. We offer it at an affordable price.
A highly versatile oil-based diamond paste that is easy to spread and blend. Additionally, the price remains consistent even if the diamond content ratio changes!
"Mirror Paste" is finished with carefully selected ingredients for high efficiency and precision. The specialized oil with excellent lubricity and uniformity maximizes the performance of diamonds. It is formulated with an optimal viscosity for polishing, which also improves work efficiency. With the dedicated diluent, you can use it at a freely adjustable viscosity while maintaining the performance of the diamonds. It does not contain harmful substances to the human body, making it safe. The syringe comes with a highly sealed screw cap. Please use the included diluent when using it. For more details, please download the catalog or contact us.
It is ideal for jobs that are difficult to clean with oil. Since it is water-soluble, it can be easily washed away with water. Additionally, the price remains uniform even if the diamond content ratio changes!
"Aqua Paste" is formulated with water-soluble ingredients that are ideal for both polishing and cleaning. It uses only safe materials and does not contain any harmful substances for the human body, so you can use it with peace of mind. If you are using a diluent, please use the one provided. For more details, please download the catalog or contact us.
Diamond slurry, suspension, paste
Diamond paste is available in two types: oil-based and water-based. The oil-based paste is suitable for lapping hard materials (such as hard alloys, alloy steel, and carbide steel, which are brittle materials). The water-based paste is suitable for lapping surveying tools, cutting tools, and optical instruments made from metallographic, rock, and superhard materials (such as glass, ceramics, hard alloys, and natural gemstones).
Diamond paste
Features ◆ Carefully selected diamond abrasives for high finishing performance. ◆ Good dispersion, providing stable polishing power. ◆ Customizable to match the workpiece and application.
It is an ideal oil-based paste that pursues workability, grindability, and further economic efficiency!
▼Diamond Paste 'WITH' (Oil-based) In recent years, advancements in high precision and high accuracy have led to an increase in affordable, high-quality household and everyday items. In particular, gloss is essential for the quality of plastic products. To achieve that quality, the molds used to create plastic products must also be of high precision. Diamond paste is used to finish to a mirror surface in the final polishing process. ▼Mechanism of Diamond Paste Polishing Conventional grinding stones 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. As a result, the applied pressure does not directly translate, 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 variations in the finished surface.
It is an ideal oil-based paste that pursues workability, grindability, and further economic efficiency!
Gloss is essential for the quality of plastic products. To create that quality, high-precision molds are required to produce plastic products. Diamond paste is used to finish the final polishing process to a mirror-like surface. ▼ Mechanism of Diamond Paste Polishing Conventional grinding wheels have abrasive grains fixed with a bond, so the applied pressure 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. For example, a hard object like a bamboo spatula and a soft material like felt will obviously transmit different pressures to the abrasive grains, 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 an essential quality for 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 stones have abrasive grains fixed with a bond, so the pressure applied directly translates into grinding force, which can create 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. For instance, using a hard object like a bamboo spatula versus a soft material like felt will result in different pressures being transmitted to the abrasive grains, leading to variations in the finished surface.
It is an ideal oil-based paste that pursues workability, grindability, and further economic efficiency!
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 translate, 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!
Gloss is essential for the quality of plastic products. To create that quality, high precision molds are required to manufacture plastic products. The final polishing process is finished with diamond paste. ▼ Mechanism of Diamond Paste Polishing Regular grinding stones 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 does not directly transfer, 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 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 to manufacture 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 hard materials like bamboo spatulas and soft materials like felt, leading to differences in the finished surface.
It is an ideal oil-based paste that pursues workability, grindability, and further economic efficiency!
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, causing deep scratches. However, diamond paste consists of diamond abrasive grains and a paste-like compound, allowing the grains to move freely without being fixed. As a result, the applied pressure is not transmitted directly, 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 pressures transmitted to the abrasive grains, leading to variations in the finished surface.
Made in Taiwan, durable, easy to use.
This is a polishing material used for the final finishing of plastic molds and other materials. It is used for the final finishing of metals, and felt buffs should be used. The diamond abrasives are evenly dispersed due to a special manufacturing process, providing stable polishing power. The viscosity of the paste is very low, resulting in good workability.
Made in Taiwan, durable, easy to use.
This is a polishing material used for the final finishing of plastic molds and similar items. It is used for the final finishing of metals and other materials. Please use felt buffs, etc. The diamond abrasives are evenly dispersed due to a special manufacturing process, providing stable polishing power. The viscosity of the paste is very low, making it easy to work with.
High-quality diamond paste made by LANDS in the United States.
【High Performance, Reduction of Working Time】 By mixing diamond with a paste-like solvent for polishing and finishing work, the abrasive particles continue to rotate between the tool and the workpiece while remaining in the solvent, allowing for maximum utilization of all surfaces and edges of the abrasive particles. As a result, a very smooth finish can be achieved in a short amount of time. The LSDIAC series is based on two types of micron powder from LANDS (LS600F or LS600T) and solvents that are oil-soluble, water-soluble, or dual-soluble. Depending on the processing area and desired surface precision for various materials such as semiconductors, magnetic materials, glass, gemstones, and cemented carbide, you can also choose the abrasive particle size and concentration. Please feel free to contact us with any inquiries. 【Product Lineup (Partial)】 ■ Oil-based LSDIAC-O Series ■ Water-based LSDIAC-W Series ■ Dual-purpose LSDIAC-A Series *For more details, please feel free to contact us.
