These large size bale bags, which are available in two sizes- 69cm x 69cm x 137 cm and 76cm x 76cm x 137cm are an ideal alternative to using bale strapping machines, making them ideal for loading vans, pallet trucks, and shipping containers, as the bags can be stacked, thereby reducing any gaps and voids. The folding lid can be stitched to ensure contents are secured inside. The bags, also known as bale sacks, baling bags, or botany large bags, are used to pack up to 350 kg of clothes or textiles, and for various other uses, such as hay storage, grass clipping, fruit and vegetable bags. A robust, cost-effective re-useable, long life means of packaging that is rot-proof, tear-resistant, and significantly stronger than hessian. Polypropylene has an additional polymer in its compound to give robustness.
Our Recycling Bags with Lids available in two sizes- 69cm x 69cm x 137 cm and 76cm x 76cm x 137cm.
The Reusable Recycling Bags are an ideal alternative to using bale strapping machines, making them ideal for loading vans, pallet trucks, and shipping containers, as the Bale Bags can be stacked, thereby reducing any gaps and voids. The folding lid can be stitched to ensure contents are secured inside.
These Cheap Recycling Bags, also known as bale sacks, baling bags, or botany large bags, are used to pack up to 350 kg of clothes or textiles, and for various other uses, such as hay storage, grass clipping, fruit and vegetable bags.
These Secure Recycling Bags are a robust, cost-effective re-useable, long life means of packaging that is rot-proof, tear-resistant, significantly stronger than hessian, with a plastic coating offering a smooth interior that won’t snag or damage any delicate surfaces. They are air permeable, allowing air to circulate inside prolonging the life of any products which would otherwise deteriorate.
Polypropylene has an additional polymer in its compound to give robustness. The bags also have a stitched seam which is typically associated with heavy-duty packaging products, due to its ability to hold the product together under weight and pressure.