JOUGU Metal Zip Ties - 10 Inch Epoxy-Coated 304 Stainless Steel, 220 lb, 100 Pcs

Rugged construction meets versatile binding

Meet JOUGU Metal Zip Ties, a 100-piece set engineered for reliable organization in demanding environments. Measuring 10 inches in length with a slim 0.18 inch width, these ties are built from a robust combination: 304 stainless steel inside paired with a black epoxy coating on the exterior. This dual-layer design aims to deliver a clean look while supporting long‑term exposure to the elements.

Key specs at a glance

• Size: 10 inches long (250 mm), 0.18 inches wide (4.6 mm), 0.01 inches thick (0.25 mm)
• Material: 304 stainless steel core with black epoxy exterior coating
• Package: 100 pieces per pack
• Tensile strength: up to 220 lb (1000 N)
• Temperature range: -40 to 85 C (-40 to 185 F)

Designed to perform across a range of settings, these ties are suited for automotive wiring, ship cabling, exhaust wrap binding, fence repairs, and general outdoor use. The epoxy coating adds a protective outer layer that helps resist weather, moisture, and mild abrasion, while the stainless steel interior provides enduring strength. This combination is intended to minimize heat buildup and corrosion in everyday applications.

Why you might consider JOUGU zip ties

• Outdoor and industrial reliability: built to withstand outdoor exposure and routine handling without compromising grip.
• Versatile binding: well suited for cables, pipes, hoses, fences, and automotive harnesses.
• Easy installation: no special tools required beyond pliers to secure, or tin snips to trim for clean installations.

Practical usage ideas

• Secure exhaust wrap or automotive cables in engine bays and under dashboards.
• Organize farm equipment wiring and fencing components for tidy, accessible layouts.
• Reinforce temporary outdoor setups, such as tarps, hoses, and lightweight structures.

While this set emphasizes durability and corrosion resistance, always ensure the chosen length, width, and material are appropriate for your specific task. The design aims to offer a dependable option for everyday binding tasks, without guaranteeing outcomes for every scenario.