
Secure the heaviest loads with ease—this 38mm Woven Cord Polyester Strapping offers 2000kg break strength. Trusted by pros. Order today while stocks last!
This 38mm x 100m woven cord polyester strapping is developed for securing heavy, awkwardly shaped loads where both strength and flexibility are required.
Quantity
Each
Built for Heavy and Irregular Loads
Designed for use where bulkier or uneven items need to be restrained, this strapping provides firm containment while adapting to irregular shapes. Its woven polyester composition ensures it stays strong under tension, while still offering the flexibility needed to conform around edges and surfaces. The 38mm width adds increased surface contact for improved hold and reduced pressure on packaged goods.
Safe and Practical Handling
This strapping is compatible with sheradised buckles and can be efficiently applied using the CSM20 trolley. With a breaking strain of 2000kg, it can withstand substantial force without compromising safety. Unlike steel alternatives, it is safe to handle, minimising risk of injury during application. The non-splitting construction enhances usability and performance over repeated use.
Reliable Under Pressure
With two coils per box for operational efficiency, this product supports uninterrupted workflows in busy environments. It’s suitable for sectors dealing with machinery, timber, industrial components, or palletised equipment requiring strong, adjustable containment. The woven design ensures tension is maintained without slipping or breaking under load.
Product Details
- Material: Woven Cord Polyester
- Width: 38mm
- Length: 100m
- Colour: White
- Breaking Strain: 2000kg
- Coil Type: Standard wound (2 coils per box)
- Applications: Machinery securing, timber bundling, irregular load strapping, heavy industrial packaging
This woven cord polyester strapping is a dependable solution for load restraint where strength, safety, and flexibility are critical. It supports secure handling of large, uneven items in logistics and industrial operations.