IVT Ceramic Pebbles Specifications and features of Manufacturing system In Korea

Ever since our establishment in 2008, we are supplying cutting-edge products including vacuum devices, testing instruments and precision components exclusively for semiconductor and display manufacturing. Vacuum technologies are the core fundamental covering extensive industrial areas such as the space engineering, the biotechnology, the material engineering and the chemical engineering. To respond various demands for such fundamentals, we are producing/supplying various products from small devices and large scaled equipment including vacuum devices for researches, semiconductor testing devices, display process equipment, furnaces for semiconductors and valves for chemical applications.

Vacuum technologies are the core fundamental covering extensive industrial areas such as the space engineering, the biotechnology, the material engineering and the chemical engineering. To respond various demands for such fundamentals, we are producing/supplying various products from small devices and large scaled equipment including vacuum devices for researches, semiconductor testing devices, display process equipment, furnaces for semiconductors and valves for chemical applications.

We have been accumulating our experiences and know-hows on productions of precision components and advanced vacuum devices via cooperative projects performed with other companies, universities and research institutes for multiple years. Vacuum Display Process Equipment Especially the intangible values are expected to be relatively higher due to the technical support from the vacuum center, Korea Research Institute of Standards and Science.

Ceramic pebbles

Ceramic (Lithium Titanate) Pebbles

The existing ceramic ball production method has limitations such as ball size and production of impurities, so it is difficult for application in the production method of proliferation material for nuclear fusion reactors using lithium titanium oxide. Lithium titanium oxide (Li2TiO3) is used as the tritium E-Beam Evaporation System proliferation material for nuclear fusion reactors. The company developed the manufacturing system enabling mass production of 50kg or more annually.

Specification

·         Diameter: 1.0±0.05 mm

·         Roundness: < 0.05 mm

·         Purity: < 10 ppm

Applications

·         Breeding Blanket

·         For Fusion Reactor

Features

Pebbles

·         High thermal conductivity, stability

·         High chemical stability

·         High mechanical resistance

Manufacturing System

·         Patented dispensing & washing technology

·         Capacity: 50 kg per year

·         Fully automatic operation