We provide various products to our customers meeting their needs through optimized design based on accumulated data and know-how.

We guarantee reliability of our products by measuring, analyzing and validating displacement and vibration data through Road Load Data Acquisition(RLDA).

We provide both in-house material analysis service such as chemical composition analysis and micro-structure analysis and external material analysis service using 3rd party labs and through experts consultation.

We are devoting ourselves to the development of parts for electric and fuel-cell vehicles. In particular, we have our research focused in cooling technologies for major components of electric vehicles. We are also active in developing next-generation technologies for these vehicles.

The LNG field, which is in the spotlight as an eco-friendly energy, is required under conditions of cryogenic environment of -163℃ or less, and we have secured the cryogenic technology.

In the field of petrochemical plants, we are securing technology for ultra-high temperature products of 750℃ or higher which is applied to SM/FCC/RFCC units.

We are developing a technology which is applied to double wall pipes that can maintain higher thermal efficiency without insulation by using vacuum related to lng transportation.

Together with national research institutes, we are developing technology for new expansion joints by participating in the development of the next-generation high-speed transport system.

By securing the technology of the aerospace field, we have completed the development of parts for the Nuri(KSLV-II), a Korean launch vehicle model, and are also focusing on securing next-generation technologies.

We are participating in the development of a vacuum ultraviolet spectrometer system together with a government-funded research institute in the ITER fusion power plant construction project, which is being developed and participated by 7 countries around the world.