A highly durable two-component addition reaction sealant that allows for flexible sewing after curing.
Do you have any of these concerns about "Adhesion to Silicone"? - Poor adhesion to silicone-coated fabrics, leading to peeling - Sealant is too hard, raising concerns about flexibility and durability - Want to sew after curing, but the sealant damages the needle or hinders work - Need to ensure reliability under extreme temperature changes and high-temperature environments - Want to eliminate mixing errors in the manufacturing process and delays due to waiting for curing The solution to these issues is the two-component addition reaction sealant "RH2200"! "RH2200" is a two-component addition reaction silicone sealant developed for products that require high safety, such as automotive airbags. It exhibits extremely strong adhesion to silicone-coated substrates and silicone pads, which have traditionally been difficult to bond.
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basic information
【Features】 - Two-component addition reaction type room temperature curing silicone sealant - Specifically developed for sealing silicone-coated substrates and silicone pads - Excellent flexibility: Achieves a sealing that follows the movement of the substrate with an astonishing elongation rate of 1200%, making it difficult to peel off - Strong adhesion: Exhibits strong adhesion to silicone LSR coated substrates after curing - Sewing compatibility after curing: Allows for sewing even after curing, expanding the design freedom of products - Wear reduction design: Reduces wear of the sealant by sewing needles through nano-filler filling, enhancing durability
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Applications/Examples of results
- Elimination of adhesion issues with silicone materials: Achieving reliable adhesion to silicone-coated substrates, which was previously difficult. - Improved product durability: Preventing peeling and damage in harsh environments due to high elongation and strong adhesion. - Increased production efficiency: Reducing manufacturing process time through fast curing properties. - Expanded design flexibility: Enabling sewing after curing allows for the development of more complex structures and designs. - Reduced wear risk during the sewing process: Contributing to improved yield by reducing needle damage during sewing through the incorporation of nano-fillers.
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Company information
HIKARI ALPHAX Co., Ltd. has been a specialized trading company dealing with cutting-edge technologies in electronics and industrial systems since its establishment in 1948, continuing its journey for over half a century. The business of Kou Alpha X is composed of three main divisions, each supported by experts in their respective fields, establishing a meticulous support system. By maximizing the use of advanced technologies and products, accurate information, and attentive services, we support our customers in developing attractive products and systems.
![[Example] Improved cutting performance by preventing blade contamination.](https://image.mono.ipros.com/public/product/image/c4f/2000644218/IPROS54051186879549803023.jpeg?w=280&h=280)
![[Example] Non-stick surface on metal = tape and glue will not adhere.](https://image.mono.ipros.com/public/product/image/94c/2000644550/IPROS96990920943492969297.jpeg?w=280&h=280)
![[Example] Non-stick property on metal surfaces = Prevention of dirt on photomasks](https://image.mono.ipros.com/public/product/image/646/2000645091/IPROS20008530851421665238.jpeg?w=280&h=280)