EUR (€)
Half Tonne Bags are a robust and reliable solution for transporting and storing bulk materials. Designed to handle heavy loads, these durable bags are widely used across industries such as construction, agriculture, waste management, and manufacturing.
Half tonne bags, sized at 75 x 75 x 70cm, are designed for efficient storage and transportation of materials up to 500kg. Their square base and low-profile height offer improved stability during lifting and stacking, making them ideal for smaller load requirements across a variety of sectors.
Practical Solution for Medium Loads
These bags are suitable for handling sand, gravel, soil, wood chips, grain, and waste materials. With a half tonne capacity, they provide a manageable option for sites where full-size bulk bags are unnecessary or impractical. The compact footprint also supports improved loading in restricted areas.
Strong and Reliable Construction
Made from woven polypropylene, the bag fabric is engineered for strength and flexibility. The breathable material helps reduce the risk of condensation build-up in stored contents. Each bag is UV stabilised to support outdoor use, even in exposed environments. Reinforced stitching at key stress points improves resilience during mechanical lifting.
Equipped with Four Lifting Loops
Integrated lifting loops on each corner allow safe movement by forklift or crane. These loops are securely fastened to maintain load balance and handling safety. This feature supports repeated use in demanding work environments such as construction sites, yards, and warehouses.
Product Specifications:
- Dimensions: 75 x 75 x 70cm
- Capacity: 500kg
- Material: UV-stabilised woven polypropylene
- Four reinforced lifting loops
- Suitable for granular and loose-fill contents
- Compact design for improved handling and storage
Half tonne bags offer a versatile solution for transporting medium-weight materials while maintaining structural integrity under load. Their practical design and durable build make them well suited for industries where space, weight, and load efficiency are key considerations.