Metal Mirror Polishing Slurry
Kona Metal Mirror Finish Polishing Slurryis an advanced blend of abrasive particles and high-grade chemicals that are specifically designed to achieve an incredibly smooth and shiny surface finish on metal substrates. Our slurry is perfect for a range of applications, from mobile spare parts, computer metal accessories, automotive and aerospace parts to jewelry and medical implants.
Our slurry used in Chemical Mechanical Polishing (CMP) technology will be one of the most practical processing technologies to make the surface ofmetallike a mirror,with good roughness, finish and gloss. It is also designed to be gentle on the substrate to ensure no damage is done to the metal surface.
Kona Slurry is the perfect solution for anyone looking to achieve a perfect mirror finish on metal surfaces. Kona Slurry is the perfect choice for achieving a professional-looking finish on metal surfaces.
Now the price of metal polish powderis reasonable, anything you need, please contact us.
Отправить запрос, связаться с поставщиком
Другие товары поставщика
Copper-Covered Ceramic Substrate Polishing Slurry | Copper is a good conductor. Resin substrates, metal substrates and ceramic substrates all need to be coated with copper to be used in electrical ap... | |
Sapphire Substrate Polishing Slurry | Sapphire Substrate Polishing Slurry Sapphire wafer is the most widely used substrate material in the semiconductor lighting industry, we developed... | |
Lithium Niobate Crystal Polishing Colloidal Silica | Lithium Niobate Crystal Polishing Colloidal SilicaSlurry Lithium niobate crystal because of its excellent piezoelectric, ferroelectric, electro-op... | |
Aluminum Nitride Ceramic Polishing Slurry | Aluminum nitride has high hardness, high thermal conductivity, good heat resistance, strong corrosion resistance and good mechanical properties. It... | |
A-Plane Sapphire Colloidal Silica | Kona series Sapphire Polishing Slurry developed for kinds of Sapphire products, such as sapphire lens and sapphire substrate. Our colloidal silica ... |