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Newest Technology
Titanium High-Perfomance and Cost-Effective TiB Reinforced P/M Titanium
We have developed a new high performance, cost-effective titanium matrix composite.

P/M Titanium Ultrahigh Density Powder Compaction

This technology uses a special lubricant to enable the use of powder molding for super high pressure applications. With material densities approaching that of iron, this technology is expected to be applied to high-strength automotive parts.
(Joint research with Toyota Motor Corporation)

Disel Pistons Heat Resistant Cast Aluminum Alloy for High-Performance Diesel Pistons
This aluminum alloy is resistant to both thermal fatigue and high temperatures. It is expected to be applied to a wide range of engine parts.

Mesoporous Benzene-Silica hybrid Material CG Image of the Pore Surface of Mesoporous Benzene-Silica Hybrid Material
We have created advanced materials possessing highly controlled nanoporous structure that would bring about breakthrough in the fields of energy, environment and other important technoogies.

Enzyme Stabilization in Mesoporous Material Enzyme Stabilization in Mesoporous Material
By setting out to fuse bio- and materials-technologies, we have developed "Super Enzyme." It is bound to stable folded-sheet mesoporous material (FSM®*) that matches the molecular size of enzymes, so the enzyme is resilient to demanding environments such as high-temperatures or where exposed to organic solvents. This technology is expected to be applied to technologies that will be friendly to the environment, such as chlorine-free pulp bio-bleaching.
*FSM®: Folded Sheets Mesoporous Material


 

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