Aluminium Anodized Carabiner with Screw Lock – Lightweight, High-Strength Safety Hook

The Aluminium Anodized Carabiner with Screw Lock from ISSAFE is engineered for professionals who need a dependable, lightweight connector for safety, rigging, and general-purpose applications. Crafted from premium-grade aluminium and finished with an anodized coating, this carabiner combines strength, corrosion resistance, and durability in a compact, easy-to-carry design.

With a breaking strength of 25 KN, this aluminium carabiner is built to handle demanding industrial, safety, and outdoor use cases while remaining significantly lighter than steel alternatives – making it ideal for users who need reliable performance without added bulk. The secure screw lock gate mechanism prevents accidental opening, ensuring safe and stable connections in critical situations, whether you’re securing equipment on-site, using it for fall protection setups, or as part of a rigging and lifting system.

The anodized finish not only enhances the carabiner’s resistance to rust, abrasion, and weathering but also gives it a smooth, long-lasting surface suited for repeated use in harsh working environments. At just 88 GM net weight with a 21 MM gate opening, it offers the right balance of portability and functional capacity for attaching harnesses, ropes, slings, tools, and other safety accessories.

Whether you’re in construction, industrial safety, adventure sports, rigging, or scaffolding work, this aluminium anodized screw lock carabiner is a versatile addition to your safety gear toolkit – trusted for its strength-to-weight ratio and reliable locking security.

Why Choose ISSAFE Aluminium Anodized Carabiners?

ISSAFE offers a wide range of steel carabiners, aluminium carabiners, snap hooks, swivel snap hooks, and scaffolding hooks in different materials, weights, and finishes – so you can choose the right connector for your specific safety and industrial requirements. Every carabiner is designed to meet performance standards for strength, durability, and reliability in real-world working conditions.