・Overall Length: L (mm) 202 ・Maximum Bundle Diameter: (Φmm) 50 ・Color: Black ・Operating Temperature Range (℃) (Continuous): -40 to 105 ・Specifications: Halogen-free, weather-resistant, heat-resistant, and chemical-resistant grade, for high-temperature and outdoor environments ・Material: 11 Nylon ・Shape: Standard ・Minimum Bundle Diameter: (Φmm) 1.5 ・Loop Tensile Strength Minimum Value (N[kgf]): 200 (20.39) ・UL Standard Flammability Grade (Main Material): UL94HB ・Characteristics: Flame-retardant ・Quantity: 100 pieces per bag x 10 bags = 1,000 pieces ・Features: Galvalock is an insulation lock tie (cable tie) developed for bundling and securing cables and pipes near mounting frames (rack systems). It has a head structure that allows for secure fixing with light insertion resistance, and the edges of the strap have a smooth design that does not put a burden on workers or the objects being bundled. ・These cable ties are ideal for wiring bundles around solar panel mounting frames, with excellent weather resistance, showing almost no decrease in strength even after approximately 20 years of weather resistance acceleration testing*1. They also have excellent salt damage resistance and chemical resistance, making them suitable for construction in coastal areas and snowy regions. ・The main material of Galvalock is a biomass plastic derived from castor plant seeds, with a bio-based content of over 94%, making it an environmentally friendly product that contributes to the reduction of carbon dioxide and the prevention of global warming. Castor plant seeds are mostly used for industrial purposes and do not compete with food sources, and they are non-genetically modified crops. Applications: Ideal for use in coastal areas, mountainous areas, and snowy regions where there is salt damage, for bundling around construction steel materials, including solar panel mounting frames. Note: *1 (Manufacturer's catalog note) The results of the weather resistance acceleration test are actual measurements and are not guaranteed. They are reference data under certain conditions and differ from the durability (service life) in actual use.