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We have developed a hybrid material technology where different materials can be fused together to form parts and components that is able to meet specific performance requirements, which single material type cannot achieve. The hybrid material we developed is a material technology that improves performance by combining different materials with different characteristics so that as a whole the sum of its performance is greater than individual material and is possible to be customised to meet specif...

Booth 5G17 - Korea Atomic Energy Research Institute

The microporous polypropylene film was developed through a biaxial film stretching process using a precursor polypropylene sheet with an enriched metastable crystal form. The specific crystal structure was induced by an appropriate nucleating agent at the ppm-level. The subsequent proprietary stretching induces a change in the crystal form and forms highly connect nano-micro voids. The stretching conditions play an important role in tailoring the ultra-high gas permeable capability.

Booth 5H12 - National Science and Technology Development Agency

Services & Digital Economy