From full-thread to wire - Achieving CO2 emission reduction and lightweight components simultaneously.
Seismic B-type vibration restraint wire method: Japan Architecture Center certified method: Patent pending.
By switching from full-thread to Gripple wire, approximately 1.6 kg of CO2 emissions can be reduced per meter. This reduces processing effort on-site and allows for waste material reduction.
Traditionally, the "Type B seismic restraint," which often uses full-threaded rods, can achieve a reduction of approximately 90% in CO2 emissions by utilizing our BCJ-certified wire method. Switching from full-threaded rods to Gripple wire leads to a reduction of about 1.6 kg of CO2 emissions per meter. Furthermore, it eliminates the need for on-site processing and reduces waste materials. • Gripple has obtained ISO 14001 (Environmental Management System) certification.
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basic information
<Product> This is the "Type B Seismic Restraint Wire Method" that has obtained BCJ certification. It complies with the Type B seismic support requirements set forth in the 2014 Guidelines for Seismic Design and Construction of Building Equipment. It is designed based on the 2014 Guidelines for Seismic Design and Construction of Building Equipment. It has been certified as a "recommended method" for construction that falls under Type B. *Japan Building Center General Evaluation (BCJ) Evaluation Number - SS0042-01 *Patent pending <Features: Easy, Safe, High Quality> • Easy construction even in confined spaces (renovation and expansion) • No on-site processing of materials required • Reduction of used materials (avoiding the risk of falling objects) • Reliable construction by anyone (standardization of construction quality) <Concept> - Versatility - Usable for various electrical and air conditioning equipment. - Constructability - Requires fewer materials compared to conventional methods, allowing installation to be up to six times faster. - Easy construction - Simple installation reduces the risk of construction defects. - Safety - No need for cutting or processing work on-site, enhancing worker safety. - Reliability - Construction method certified by the Japan Building Center (BCJ). - Lightweight - Easy to transport and handle on-site. - Flexibility - Can be installed in locations where conventional all-thread installations are difficult.
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Acquired certification from the Japan Architecture Center: Details: Seismic Category B Bracing Wire Method: Method certified by the Japan Architecture Center: Patent pending.
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Company information
Headquarters: United Kingdom: Sheffield Expansion: 90 countries and regions worldwide Japanese Corporation: Gripple Japan Co., Ltd. (established in 2018) Our company is the Japanese subsidiary of Gripple, a pioneering manufacturer of wire joint fittings, established in the UK in 1988, and has been selling products globally as a top-class player in the industry. Since 1998, we have developed a unique construction method using Gripple and wire ropes, entering the construction industry. Our methods for fall prevention and trip prevention in electrical and air conditioning work have received high praise in various countries, including the UK, the USA, and Germany. In Japan, we primarily sell products that are registered with the Japan Building Center's general evaluation and the Ministry of Land, Infrastructure, Transport and Tourism's NETIS.
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