| Machinery Industry | Industrials Sector | - CEO | KRX SM Exchange | - ISIN |
| South Korea Country | - Employees | - Last Dividend | - Last Split | - IPO Date |
Korea Plasma Technology U Co.,Ltd is a prominent entity in South Korea's industrial sector, specializing in a variety of heat treatment processes and the production of aluminum, extrusion molds, and cobalt-based products. Originally established as Korea Plasma Technology Co., Ltd, the company underwent a name change in 1995, signaling a phase of evolution and growth in its operational domain. Founded in 1988, it has rooted its foundations in Hwaseong-si, South Korea, evolving into a subsidiary of ALUTEC Co., Ltd. Through its decades-long journey, Korea Plasma Technology U Co., Ltd has become notable for its commitment to innovation, quality, and the advancement of heat treatment and metalworking technologies.
This process involves the heating of materials in a vacuum to avoid oxidation or decarburization, thereby improving the material's mechanical and physical properties. It is widely used for the treatment of metals to enhance their durability and wear resistance.
Oxynitriding is a thermochemical treatment that diffuses nitrogen and oxygen into the surface of the steel, improving its surface hardness and fatigue resistance while maintaining an excellent surface finish.
This is a process used to harden the surface of steels and other alloys, involving the diffusion of nitrogen into the surface using a plasma discharge. Plasma nitriding is favoured for its precise control over the nitriding temperature and depth, leading to highly resistant surfaces with minimal distortion.
Similar to plasma nitriding, gas nitriding introduces nitrogen to the surface of a material via a gaseous medium to enhance its hardness and wear resistance. It is an alternative to plasma nitriding with its own set of advantages, including the ability to treat internal surfaces and complex shapes effectively.
Physical Vapor Deposition (PVD) Coating refers to a variety of thin film deposition techniques where solid metal is vaporized in a high-vacuum environment and deposited on electrically conductive materials as a pure material or alloy coating. This process improves the aesthetic, and wear and corrosion resistance of tools and components.
This modern method adds carbon to the surface of low-carbon steel at high temperatures, primarily to increase hardness and resistance to wear. Vacuum carburization is known for its ability to achieve deeper and more uniform case depths with reduced distortion of the components.
These products include the tools and molds used in the extrusion process, where aluminum is transformed into profiles or shapes with a high degree of precision and complexity. Korea Plasma Technology U Co., Ltd's expertise extends to crafting molds that meet the demanding specifications of various industries.