Cinghia di sollevamento Yale HBD-01000, poliestere, portata 1000 kg, lunghezza 3 m

Yale HBD-01000 polyester lifting sling with a 1000 kg working load limit and 3 m length is designed for manual and machine-assisted lifting and securing of loads. Made from woven polyester fiber, the sling offers flexibility and low weight compared with metal alternatives, allowing safer handling of delicate or finished surfaces. The polyester material provides resistance to moisture and many common workshop contaminants, making the sling suitable for repeated use in warehouses, workshops and construction sites where corrosion resistance and gentle load contact are required.

Advantages

The Yale HBD-01000 sling combines a high strength-to-weight ratio with good flexibility for easy rigging and positioning. Polyester construction reduces the risk of surface damage to lifted items compared with chain or wire rope slings and provides resistance to rot and many chemicals encountered in general industrial environments. Its lightweight nature simplifies storage and transport, while the standard 3 m length covers a wide range of lifting arrangements without unnecessary excess.

Suitable for

Key specifications

How to use

Inspect the sling for visible damage, abrasion or chemical degradation before each use and do not use if defects are present. Select the appropriate hitch type (vertical, choked or basket) according to the load and required lifting angle, and ensure rated capacity for the chosen configuration. Position the sling to distribute load evenly and avoid sharp edges; use protection such as edge guards if necessary. Attach to lifting gear and lift smoothly to avoid shock loads. Store the sling in a dry, cool place away from direct sunlight and chemicals when not in use.

Recommendations

Follow manufacturer and applicable safety standards for lifting equipment. Do not exceed the 1000 kg working load limit, avoid exposure to temperatures or chemicals beyond polyester’s typical resistance, and replace the sling if any signs of damage or excessive wear are detected.