Qingdao Haosail Machinery Co., Ltd.

European Type Turnbuckle Features

• Strict standards and high precision: strictly follow EN standards, no jamming during adjustment, much higher than non-standard products, ensuring stable performance in tension-sensitive scenes such as bridges and curtain walls.

• Material corrosion resistance and wide adaptability: carbon steel is galvanized, and the anti-rust life is more than 5 years in dry and slightly humid environments; 304 stainless steel is resistant to atmospheric corrosion and suitable for outdoor buildings; 316 stainless steel has a salt spray resistance that is 3 times that of 304, and can be used for a long time in seawater and chemical environments (life span of more than 10 years).

• Easy to operate with safety design: some models have built-in anti-loosening devices (such as spring washers and locking nuts) to prevent the threads from loosening by themselves in vibration environments (such as mechanical traction) to improve safety.

• Detailed design of rope guards: The connecting parts at both ends (hook type, ring type, fork type, etc.) adopt arc transition, without sharp corners, to avoid abrasion of ropes; the size of the connection hole is precisely matched with European standard connectors (such as EN 1677 lifting rings), and can be assembled without conversion, reducing system redundancy.

European Type Turnbuckle Typical applications

• Building and curtain wall engineering: tension adjustment of glass curtain wall support cables, by fine-tuning the turnbuckle screws to ensure that the cables are evenly stressed to avoid deformation of the curtain wall; in the suspension system of the gymnasium dome and exhibition hall ceiling, it is used to balance the tension in different directions, and is suitable for 304 stainless steel models to cope with outdoor environments.

• Bridge and infrastructure fields: auxiliary tension adjustment of the inclined cables and suspension cables of small and medium span bridges, cable tensioning of temporary construction brackets, and fixing and tension adjustment of highway guardrail anti-collision ropes. The carbon steel galvanized model is suitable for dry inland areas, and the 316 stainless steel model is used for coastal bridges.

• Ship and marine engineering: tension control of ship deck mooring ropes, tensioning devices of offshore platform safety protection nets, and adjustment of yacht mast cables. The 316 stainless steel model can resist seawater corrosion and ensure stable adjustment functions during long-term use.

• Industrial and lifting equipment: auxiliary traction rope tensioning of workshop cranes, tension adjustment of assembly line conveyor belts, and temporary fixation and alignment during heavy machinery installation (calibrating the equipment level by fine-tuning the basket screws). Forged carbon steel models are suitable for high-strength requirements.

• Outdoor and landscape facilities: adjustment of diagonal support ropes for large billboards and street lamp poles, tensioning of suspension bridges and guardrail ropes in parks and scenic areas, and tension control of skeleton reinforcements in agricultural greenhouses. 304 stainless steel models take into account both corrosion resistance and cost-effectiveness.