Reliable 8mm Polypropylene Machine Strapping in Black – 4000m, 110kg breaking strain. Fast delivery. Ideal for high-volume packaging, order with confidence
Polypropylene Machine Strapping is an essential packaging solution designed for securely fastening products during transit, storage, and handling.
Quantity
Each
This 8mm x 0.55mm black polypropylene machine strapping is engineered for use with fully automatic strapping machines, making it a strong choice for packaging lines that rely on consistent, high-speed performance. With 4000 metres per coil, it reduces reloads, supporting extended production runs with fewer interruptions.
Strength and Efficiency Combined
Delivering a breaking strain of 110kg, this strapping offers reliable performance across a range of demanding applications. It secures bundles, cartons and light pallets with stability, while its structure allows smooth feeding and sealing through automatic equipment. The balance of strength and flexibility ensures a clean strap every cycle.
Industrial Use and Compatibility
Widely adopted in industries such as timber moulding, pharmaceuticals and food packaging, this machine-grade strapping integrates easily with systems configured for 8mm widths. Its black finish is suitable for environments where visibility is less critical or where discreet packaging is preferred. The consistent thickness and coil design ensure dependable tensioning and sealing.
Designed for Automated Systems
This polypropylene machine strapping is manufactured with dimensional accuracy to reduce misfeeds and minimise machine downtime. Its compatibility with standard automatic systems ensures quick setup and trouble-free operation.
Product Specifications:
- Width: 8mm
- Thickness: 0.55mm
- Length: 4000m
- Colour: Black
- Material: Polypropylene
- Breaking strain: 110kg
- Suitable for: Fully automatic strapping machines
This polypropylene machine strapping offers dependable tension and hold for automated packaging operations. Ideal for securing products in a wide range of industries, it supports efficiency and load stability where precision matters most.