Based on ultra-high temperature and ultra-high-speed thermal spraying technology, we build an optimized thermal spraying lineup for each industry
to extend product lifespans and implement high-functionality special surfaces.
Through our technical partnership with Mishima Kosan, a world-class surface treatment specialist,
we deliver ultra-high hardness and high-durability performance that surpasses the limitations of conventional plating.
Through Korea’s largest CNC large-scale grinding line and constant-temperature machining systems,
we achieve ultra-precision maintenance and zero-defect machining quality for ultra-large, heavy workpieces.
Securing yield by protecting internal parts of the chamber and suppressing particle generation
Ceramic coating using high-purity Yttria (Y₂O₃), Alumina (Al₂O₃), YSZ, and composite ceramics
Securing stability in ultra-high vacuum and plasma environments, preventing metal ion contamination, and managing ultra-low particles (Sub-micron)
Controlling friction stability of piston rings in extreme high-temperature and high-pressure environments and extending engine life
Cr₂O₃-based ceramics and Cr-Mo, Mo-based alloys, Ni-Cr-based alloy coatings (Plasma/HVOF method)
Through Super Finishing and Lapping, surface roughness is stabilized and initial scuffing is completely prevented, minimizing liner aggression.
Prevention of roller/mold wear and thermal fatigue in high temperature, high load, high speed, and continuous operation environments
BK-2(W, Co, Ni) special thermal spray coating and WC coating
BK-2 thermal spray technology, which has overwhelming wear resistance and heat resistance compared to general Co-Ni coating, has been applied to the mold process of major steel companies such as POSCO and Hyundai Steel, proving its performance.
As a standard model evaluated as a benchmark for HVOF guns, it forms coatings with excellent wear resistance and corrosion resistance. Maintenance is easy due to its simple and robust design, and thick film coating of 6 mm or more is also possible.
It is a higher-end model equipped with PLC-based closed-loop mass flow control, touch screen, and constant process monitoring. By increasing powder deposition efficiency and reducing fuel and oxygen consumption, it realizes the same quality more economically.
By melting and spraying high-melting-point materials with ultra-high-temperature plasma flame of 10,000℃ or higher, it forms ceramic-based coatings such as alumina, zirconia, and chromium oxide.
It is a high-output (400A) arc spray system that melts and sprays two strands of wire with an electric arc. It is economical because it can be operated only with compressed air, and when using soft wire, it is advantageous for large-area corrosion prevention and dimensional restoration with a high deposition rate of up to 32 kg per hour.
