Eye bolt "hook-eye" M8 OC 93500201

Roman screw with hook – reliable fastening in tensioning systems

This robust Roman screw, also known as an eye bolt, is a key element in tensioning systems used in construction, energy and many other applications. Designed for safe and effective tensioning of ropes and wires, it ensures stability and durability of structures. Made of steel and protected with galvanized coating, it guarantees corrosion resistance and long-term use even in harsh weather conditions.

Design and application

The M8 OC Roman screw is characterized by a design that allows for tension adjustment by rotating the body. The hook at one end facilitates hooking the rope or wire, and the M8 metric thread ensures compatibility with a wide range of mounting accessories. It is primarily used in:

• Lightning protection systems: as an element for mounting grounding conductors.
• Rope structures: for tensioning support ropes, antenna ropes or structural elements.
• Electrical installation: for suspending cables and equipment.
• Construction: when creating temporary protections and scaffolding.
• Construction industry: as a fastening element during high-altitude work.

Parameters and strength – what you should know

The M8 OC Roman screw offers impressive resistance to loads. Its adjustable length range is from 182 mm to 257 mm, allowing it to be adapted to different mounting requirements. The maximum working load is 1.373 kN, and the breaking load reaches 3.432 kN – these values ensure safe use even under high stress. The galvanized surface additionally protects against external factors, extending the product's life.

The product characteristics include a metric thread size of M8, an adjustable length range from 182 to 257 mm, a maximum working load of 1.373 kN and a breaking load reaching 3.432 kN. The surface protection is provided by galvanized coating (galvanic/electrolytic).

Thanks to this, the Roman screw is a reliable choice for both professional installers and end-users looking for a solid solution for tasks requiring precise tensioning and fastening of structural elements.