Showing 7 products
SKU: F3BA40000
유효성: 재고 있음( 985 아이템 )
상품 유형:
Musou Black Fabric KIWAMI By vertically arranging specialized rayon piles with proprietary black dyes and weaving patterns, we have achieved the ideal three-dimensional structure in which stray light is absorbed between the piles. As a result, it achieves a world-class...
SKU: P1NML0100
유효성: 재고 있음( -694 아이템 )
상품 유형:
Musou Black Paint Branching off of our company’s goal of creating high-quality ultra-black products, we developed Musou Black Paint. It is a water-based acrylic paint that can absorb up to 99.4% of visible-light, making it the World’s Blackest Paint. Achieving...
SKU: F1NA40000
유효성: 재고 있음( 996 아이템 )
상품 유형:
VL Flock Sheet Our VL Flock Sheet is a rayon-based fabric that has been electrostatically flocked with a low-gloss nylon pile. It achieves a higher light-absorption rate compared to our Musou Black Paint. It is also more durable to touch...
SKU: F2NA40000
유효성: 재고 있음( 998 아이템 )
상품 유형:
IR Flock Sheet The infrared market has seen a rapid increase in demand in recent years, including proximity sensors for automated driving and face recognition for smartphones. Our IR Flock Sheet was developed to answer the increasing R&D demands of...
SKU: S1D245200
유효성: 재고 있음( 980 아이템 )
상품 유형:
Fineshut SP Fineshut SP is a light-absorbing polyurethane foam sheet originally developed by our predecessor, Koyo Kogyo Co. It combines excellent optical properties with an amazing thinness of roughly 0.22 mm. Fineshut SP has a long track record of high...
SKU: F4NA40000
유효성: 품절
상품 유형:
Musou Black Fabric FR Due to the increasing demand for a fire-resistant ultra-black fabric, we created Musou Black Fabric FR. Developed alongside our Musou Black Fabric KIWAMI, Musou Black Fabric FR achieves a visible light absorption rate of over 99.8%,...
SKU: S3U190053
유효성: 재고 있음( 999 아이템 )
상품 유형:
Fineshut KIWAMI Made from the same polyurethane foam as our Fineshut SP, Fineshut KIWAMI is the upgraded version that significantly improves its light absorption properties. This performance increase is achieved by forming numerous microscopic grooves that absorb light emitted from...