"Gripple" with the simplicity of wire sleeves and the safety of clips.
Gripple wire method
Solving the advantages and issues of wire sleeves and wire clips. A revolutionary method of wire attachment that combines the benefits of both. Gripple method!
◎ Wire sleeves are very easy to install. However, × There are concerns about safety... × Are they secured properly?... × Large diameters are difficult to handle manually... ◎ Wire clips have high safety. However, × Installation is complicated... × Multiple installations are necessary... × Parts may fall during work at heights... ◎ The quality of wire rope installation is good. However, × Ensuring strength depends on how it is secured... × It is not specialized installation... × The quality of installation depends on the skill of the installer... Wire is a very convenient material. However, it is somewhat difficult to install. This is because the strength of the wire is determined not only by its thickness but also by the "method of securing." In other words, no matter how strong the wire used, if the securing part is not installed properly, it cannot demonstrate the appropriate load-bearing capacity. Therefore, the "Gripple method," which anyone can easily and reliably install, is optimal. We offer various methods using wire. For example, ★ For B-type seismic bracing in building equipment! (BCJ certification obtained) ★ Ideal for civil engineering work and other fall, sway, and topple prevention methods (registered with the Ministry of Land, Infrastructure, Transport and Tourism NETIS) ★ Many achievements in fall, sway, and topple prevention methods for specific ceilings.
Inquire About This Product
basic information
Features / Benefits • Workability - Compared to conventional methods, fewer materials are used, allowing installation to be completed up to 3 to 13 times faster. • Reliability - Considering safety, the same installation quality is achieved regardless of who performs the work. • Simplicity - Wire length can be easily adjusted. • Versatility - Available for both indoor and outdoor use. • Lockable Plus - Designed to account for swaying and vibrations during disasters such as earthquakes. ■ Gripple fastening hardware (Wire size specifications and design load) - For nominal diameter 1.5 mm wire (design load: 75 kg) - For nominal diameter 2 mm wire (design load: 225 kg) - For nominal diameter 3 mm wire (design load: 450 kg) - For nominal diameter 4 mm to 4.75 mm wire (design load: 750 kg) - For nominal diameter 6 mm wire (design load: 1,625 kg)
Price range
Delivery Time
Applications/Examples of results
★ For B-type seismic vibration control in architectural equipment! (BCJ certification obtained) ★ Ideal for civil engineering works and other fall, sway, and tipping prevention methods (Registered with the Ministry of Land, Infrastructure, Transport and Tourism NETIS) ★ Numerous achievements in fall, sway, and tipping prevention methods for specific ceilings. ★ Indoor decoration ★ Others
catalog（12）
Download All Catalogs
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.
![Measurement of Iron and Nickel Binary Mixture Using Automatic Titration Device [Technical Document]](https://image.mono.ipros.com/public/product/image/2009052/IPROS15897970268218444743.png?w=280&h=280)
