Coating processing, thermal spray parts
Thermal spraying is a technique that involves melting and accelerating coating materials in a high-temperature flame, then colliding and flattening them onto the surface of the base material to create a coating. Coatings produced by thermal spraying have numerous advantages compared to other representative surface modification methods such as plating and vapor deposition, including the ability to be applied to materials with complex shapes like metals, some resins, and quartz, and the ability to achieve thick coatings in a very short time. Regarding the base material, we accept both supplied items and complete processing, so please feel free to consult with us. [Thermal Spraying Methods] Plasma powder spray, low-arc rod spray, HVOF diamond jet spraying, self-fluxing alloys, etc. [Coating Materials] Alumina, chromium oxide, cermet ceramic spraying, self-fluxing alloys, Teflon coatings, etc. We will proceed based on consultation according to the application.
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basic information
Thermal spraying is a technique that involves melting and accelerating coating materials in a high-temperature flame, then colliding and flattening them onto the surface of the substrate to build up a coating. Coatings produced by thermal spraying have numerous advantages compared to other typical surface modification methods such as plating and vapor deposition, including the ability to be applied to materials like metals, some resins, and quartz, as well as complex shapes, and the capability to achieve a thick coating in an extremely short time. Regarding the substrate, we can accommodate both supplied materials and all processing done here, so please feel free to consult us. [Thermal Spraying Methods] Plasma powder spray, low-arc rod spray, HVOF diamond jet spraying, self-fluxing alloys, etc. [Coating Materials] Alumina, chromium oxide, cermet ceramic spraying, self-fluxing alloys, Teflon coatings, etc. We will proceed based on consultation according to the application.
Price information
-
Delivery Time
P4
Applications/Examples of results
[Effects] Wear resistance, electrical insulation, chemical resistance, clearance control, lubrication, non-adhesiveness, etc. Coating dimensions and other specifications can be designated. It is suitable for applications such as partial electrical insulation and wear resistance.
Company information
Sales of mechanical parts made from various ceramic materials. Metal processed parts through ultra-precision machining. Large resin processed products measuring 2M x 1M. Mechanical parts made from various carbon materials. Glass processed parts such as quartz glass, Tempax, and Pyrex. Ceramic thermal spraying onto metals, resins, etc. Affordable and short delivery sales of thermocouples.
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