RUD Hoist Chains for Offshore & Windpower

Built for the Harshest Environments

RUD hoist chains are trusted across the offshore and wind power industries for their exceptional quality, durability, and innovation.

Manufactured in Germany, every chain reflects the highest standards in hardness, strength, geometry, calibration, and traceability. Designed to perform in demanding environments, RUD hoist chains deliver reliable performance in motor-driven hoists where failure is not an option.

Engineered for Offshore Reliability

In offshore wind applications, equipment must withstand extreme conditions including corrosion, heavy loads, and constant exposure to harsh weather.

RUD hoist chains are specifically designed to meet these challenges, providing safe and dependable lifting for maintenance operations within wind turbine nacelles.

They are permanently installed to support the lifting and lowering of critical components and spare parts, ensuring smooth and safe operation throughout the turbine lifecycle.

Key Advantages at a Glance

• High-strength quality chain (H1)
• Suitable for manual and motor-driven hoists
• Available in sizes from 3 x 9 mm to 32 x 90 mm
• Custom lengths available on request
• 100% calibrated and fully tested
• Excellent wear resistance and long service life
• High chain strength for maximum operational safety
• Heat treated with case hardening and quench and temper processes
• Galvanised for enhanced corrosion resistance
• Additional corrosion protection coating for harsh environments
• Manufactured in accordance with DIN EN 818-7 and JIS 8812
• Full traceability with RUD chain stamping and certification

More Than Just Hoist Chains

RUD supports the entire wind turbine lifecycle with a complete range of lifting and lashing solutions, from transportation and installation to maintenance and servicing.

With extensive industry experience, RUD delivers solutions that improve safety, efficiency, and reliability at every stage.

Contact the RUD team today to find out how we can support your project.