145kg break strain Polypropylene Strapping – 12mm x 3000m Black. Ideal for fast, high-volume strapping with auto and semi-auto machines. Order today!
Polypropylene Machine Strapping is an essential packaging solution designed for securely fastening products during transit, storage, and handling.
Quantity
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This 12mm x 0.55mm black polypropylene machine strapping is built for use in both fully automatic and semi-automatic machines. Supplied in a 3000m roll, it is designed to meet the demands of fast-paced packaging lines, offering consistent performance where reliability matters most.
Durable and Consistent Performance
With a 145kg breaking strain, this machine strapping delivers the strength required to secure a wide range of packaged goods, including boxed products, cartons, and grouped items. It offers a dependable hold while allowing enough flexibility to prevent damage to the load.
Manufactured for smooth operation, its uniform profile minimises feed errors and reduces the risk of machine stoppages. This is particularly beneficial in environments handling continuous or high-volume packaging tasks, such as distribution centres and production facilities.
Designed for Compatibility
Suitable for use with most standard semi-automatic and fully automatic strapping equipment, this polypropylene strapping integrates seamlessly into existing systems. Its black colour helps with visual identification on light-coloured packaging and offers a clean, professional appearance when used for transport-ready goods.
The strapping's dimensions make it versatile enough for a range of applications across multiple industries, from retail and logistics to manufacturing and warehousing.
Product Specifications:
- Width: 12mm
- Thickness: 0.55mm
- Length: 3000m
- Colour: Black
- Material: Polypropylene
- Breaking strain: 145kg
- For use with: Fully automatic and semi-automatic machines
This polypropylene machine strapping supports operational efficiency and load security, making it a suitable option for businesses focused on streamlined packaging processes.