NATM

Technology that maximizes mechanical performance by sintering material parts under ultra-high temperature/high pressure conditions to reach 100% of the theoretical density of the product.
Equipment that simultaneously utilizes high temperature and high pressure using gas as a pressure medium in a special container. The pressure medium uses an inert gas, and since isotropic pressure occurs, the shape of the product does not change, and it is a technology that improves existing physical properties by removing pores or defects inside the product under heat and pressure conditions and densifying/compacting.
Core technologies such as high temperature/high pressure (2000℃ & 200MPa) system and special container (extreme temperature & pressure), safety system, etc. are required.

Aerospace industry: Performance improvement through removal of internal pores in nickel-based superalloys and titanium parts used in aircraft engines and structural parts
Medical industry: Performance improvement in CoCr, Ti alloy, and STS material parts used in medical implants, knees, and hip joints
Semiconductor: Sputtering Target, etc.
Automotive industry: Al Alloy parts, etc.
Power generation industry: Densification of turbine blades, disks, and components to improve performance
3D printing industry: Post-processing to complement the weak density of 3D printing
Diffusion bonding: Bonding process of similar and different materials
Powder metallurgy & MIM: Manufacturing high-performance products compared to simple shape processing (CIP / Pressing) and casting / forging processes