Products

Waste baling strapping, or bonded strapping, otherwise referred to as Hot Melt Polyester Strapping, has many advantages over conventional manually applied products such as steel straps, metal banding, rope, plastic straps and stretch film. Compared to these products bonded strapping is applied in a faster, safer and cheaper way.

It can be joined by a simple knot or used in combination with buckles, tools and tensioners, providing the most dependable joining systems. The strapping can be tensioned using manual or pneumatic tension tools.

Features:

-Manufactured using high tenacity polyester twisted yarns, which gives it that extra resistance.

-High resistance and elasticity provided by polyester.

-Flexible and manageable.

-Great adaptability to merchandise, pallet or strapped box.

-It is safe and does not cut so it does not constitute any danger to the operator.

-Being able to maintain tension for a long time is important in long-term storage and transportation.

Specification：

Application：

•Hot Melt Polyester Strapping is also known as baling strapping, hot melt strapping, baling tape, etc. Garbage compression in modern enterprises is an integral part of the enterprise life cycle process. This is exactly what baler strap is designed for.

•With the help of baler strapping , the following items are pressed in factories and stores: waste paper, empty cardboard boxes, PVC films from bottle packaging, packaging of goods entering companies involved in the assembly process, etc. The main purpose of compaction is to ensure compact storage of waste before removal for disposal. Due to its high elasticity, simplicity and ease of use, the product can be further tightened during storage or transport. It is a modern alternative to wire, rope or twine.

•During long-term storage, waste compressed into clumps may break because the straps holding them together may become weak and unable to withstand the high spring loads of the compression bales. Therefore, baler strap must be used during pressing to avoid such phenomena.