Discover the FORCH round sling of 3 metres an essential accessory for all your lifting and handling projects. Designed to offer exceptional strength this sling is capable of supporting a load of up to 6000 kg making it an ideal choice for building professionals mechanical workshops or even for demanding domestic uses. Its polypropylene design ensures increased durability and wear resistance while maintaining the lightness and flexibility needed for easy handling.
The round shape of this sling allows for an even distribution of the load thus minimizing the risk of damage to the lifted objects. Whether you are lifting heavy materials or moving bulky equipment the FORCH sling guarantees optimal safety thanks to its robust features. Its length of 3 metres offers great versatility allowing you to easily reach high or distant lifting points.
By opting for this sling you benefit from a tool that facilitates your lifting tasks while saving you time. Its ergonomic design and lightweight allow for easy handling thus reducing fatigue during long working days. Moreover the FORCH round sling is compatible with a variety of lifting devices making it a practical choice for professionals and DIY enthusiasts.
In summary the FORCH round sling is a wise choice for anyone looking for a reliable and efficient product in the lifting field. Its combination of strength flexibility and safety makes it an essential tool for optimizing your handling operations.
- High load capacity of 6000 kg for various applications.
- Polypropylene design for optimal durability and lightness.
- Even load distribution to prevent damage to lifted objects.
- Length of 3 metres for great versatility of use.
- Ease of handling reducing fatigue during use.
- Compatible with various lifting devices for expanded use.
- Maximum capacity: 6000 kg
- Length: 3 metres
- Material: Polypropylene
- Type: Round sling
- Weight: Lightweight for easy handling
- Use: Lifting and handling of heavy objects
FORCH round sling - 3 metres - 6000 kg
Delivery in the original packaging
