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【REFLECTIX Customer Feedback】Heat Insulation Wire Method for Rental Factories

【REFLECTIX Customer Feedback】Heat Insulation Wire Method for Rental Factories

Introducing a case where the environment has become very easy to work in, with cool summers and warm winters!

We would like to introduce a case where the thermal insulation material "REFLECTIX" was adopted in a rental factory located in Higashi-Osaka City, Osaka Prefecture. The factory has a high ceiling, and although there was a desire to install air conditioning in the workspace, the building is old. Therefore, our product was used as ceiling material to create approximately 100 tsubo (about 330 square meters) of workspace within the factory. After the installation, we received feedback stating, "The working environment has improved significantly, and we now have a space where the air conditioning works well. I believe it was also good in terms of cost." 【Case Overview】 - Since the factory is a rental warehouse, a workspace was secured with steel frames inside the factory, and our product was installed on the ceiling. - A wire method was developed and implemented to ensure the product was installed without wrinkles for better workability. *For more details, please download the PDF or feel free to contact us.

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  • Heat shielding film

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Ministry of Land, Infrastructure, Transport and Tourism NETIS registered product: Wire method for fall and drop prevention *Patent obtained

Ministry of Land, Infrastructure, Transport and Tourism NETIS registered product: Wire method for fall and drop prevention *Patent obtained

A reliable construction method registered with Netis. With one-touch operation, it offers up to 10 times the workability of conventional methods. No cutting or clip/rivet work is required. *Beware of similar products.

Lockable Plus: A reliable construction method registered with NETIS. Highly regarded mainly in construction and at train stations. Installation is completed with a simple one-touch operation by just threading the wire through the hanger, without the need for special tools. Equipped with a safety lock for emergencies. It is an effective solution against vibrations and falls of equipment. In an era of labor shortages, this construction method allows for accurate installation easily, regardless of age, gender, or nationality. Equipped with a safety lock for emergencies. ■ Quick installation - No troublesome bolts or screws for locking required ■ Easy to apply tension, with the ability to readjust tension ■ Considering safety and security, it can be used for high loads, providing overwhelming workability to support "labor-saving and efficiency." "Ministry of Land, Infrastructure, Transport and Tourism NETIS Registration Number: KK-200052-A" "Patent: Patent No. 5964223" * Economic efficiency "Improvement (49.42%)": Labor costs are reduced due to improved workability, and material costs are further reduced due to a decrease in the number of products used. * Process "Shortening (91%)": Due to improved workability <NETIS details: https://protect-eu.mimecast.com/s/baqQCl5yOS2l6L0HGgdZ4?domain=netis.mlit.go.jp> *For more details, please contact us.

  • Other safety and hygiene products

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From full-thread to wire - Achieving CO2 emission reduction and lightweight components simultaneously.

From full-thread to wire - Achieving CO2 emission reduction and lightweight components simultaneously.

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.

  • Other consumables

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BCJ evaluation acquisition Vertical self-weight support wire method_ All threaded to wire!

BCJ evaluation acquisition Vertical self-weight support wire method_ All threaded to wire!

Replace vertical self-weight support with fully threaded bolts, allowing for construction with wires. With overwhelming workability and weight reduction, the efficiency of the entire process is improved, enhancing productivity.

Traditionally, it is common to use fully threaded rods for vertical dead weight support materials. However, in this method, by selecting an appropriate wire diameter according to the weight of the supported material, wires can be used as vertical dead weight support materials instead of fully threaded rods. This method has obtained general evaluation from the Building Center of Japan (hereinafter referred to as "BCJ") as the "Gripple Wire System - Vertical Load Support Method" (BCJ Evaluation - SS0062-1). Additionally, if seismic support is required, conventional seismic support construction must be carried out in accordance with the guidelines for seismic design and construction of building equipment.

  • Other consumables
  • Steel

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