Born as Japan's first plastic molding expansion joint material! Molding expansion joint material "Krakutite".
The material used to prevent cracking due to the shrinkage of protective concrete is molded expansion joint material. The "Cracktight" series from Archiyamade was born in 1967 as the first plastic molded expansion joint material in Japan. The main body of the joint uses polyethylene foam, which has excellent recovery power and can sufficiently absorb the movements caused by the expansion and contraction of the protective concrete layer. We take pride in our lineup that accurately meets diverse user needs. For more details, please request our materials.
Inquire About This Product
basic information
Forming Expansion Joint Material "Krakutite" The cap part of the Krakutite series uses polyethylene with glass fibers, providing excellent dimensional stability. The non-vulcanized butyl rubber adhesive layer on the side of the cap part has excellent adhesion to the concrete substrate, preventing water intrusion and the growth of weeds and other vegetation. With a wide range of products and excellent performance, functionality, aesthetics, and cost-effectiveness, it has gained much trust. For more details, please request the materials.
Price information
-
Delivery Time
Applications/Examples of results
We leverage our extensive track record and excellent research and development capabilities to enhance each product's performance and workability, accurately responding to user needs.
catalog（4）
Download All Catalogs
Company information
Akiyamade Co., Ltd. is engaged in the development, manufacturing, and sales of PVC resin-based sheet waterproofing materials. We are well-known for our "mechanical fastening method," which fixes PVC sheet waterproofing to roofs and floors using induction heating devices. In addition to rooftop waterproofing, we also offer "integrated waterproof solar foundations," which allow for the installation of solar panels on flat roofs without concerns about waterproofing. Our products are useful for the increasing demand for renewable energy, particularly in the installation of solar equipment on rooftops.