HEFFA crane webbing sling 1m/60mm/2t with loops
The HEFFA 1-meter long, 60 mm wide, and 2-tonne load-bearing capacity webbing sling is a robust and reliable tool designed for lifting, pulling, and securing loads in transport and logistics. Reinforced end loops ensure comfortable and safe use, facilitating quick lashing and stable load retention.
The product meets the requirements of the European standard EN 1492-1 , which regulates the quality and safety of slings made of synthetic materials. Each sling comes with a CE Declaration of Conformity , confirming compliance with EU regulations. A 7:1 safety factor means the sling is designed to withstand a load seven times its permissible working load, ensuring a high level of occupational safety.
Made of durable polyester (PES) , it's resistant to acids, UV radiation, and harsh weather conditions. The sling can be used in temperatures ranging from -40°C to +100°C, making it suitable for both indoor and outdoor use.
HEFFA slings are used in a wide range of industries – from manufacturing and warehousing to transport, construction, and machinery servicing. Their lightness and flexibility make them particularly useful for delicate loads, eliminating the risk of damage during handling . They are a practical and economical solution for everyday use in demanding conditions.
Maximum load

A straight webbing sling with a working load capacity of 2000 kg offers varying strengths depending on the application method. When suspended by tying (in a loop), the load capacity drops to 1600 kg , while when suspended in a basket configuration , it increases to 4000 kg thanks to the even distribution of forces. When a load is suspended at an angle , its sharp edges and angle are crucial – at an angle of up to 45°, the load capacity is 2800 kg , and at an angle of up to 60° – 2000 kg . In turn, when the load is single-wrapped (tying) and simultaneously suspended at an angle, the load capacity drops to 1400 kg at an angle of up to 45° and to 1000 kg at an angle of up to 60°. Therefore, the correct selection of the suspension method and sling operating angle is crucial for maintaining safety and productivity.