Strapping / Woven Polyester Strapping Banding

 

Order Code	Size W x L (mm x m)	Breaking Strain (Kg)	Pack Quantity
17W1311	13 x 1100	400	1
17W168	16 x 850	480	1
17W166	16 x 600	620	1
17W195	19 x 500	1100	1
17W381	38 x 100	2000	1

 

Woven Polyester Strapping Banding (Cord Strap) — Overview

Woven polyester strapping (often called cord strap) is a high-tensile, textile-based banding designed to secure loads for storage and transport. It is commonly selected when you need strong restraint with low risk of damaging delicate surfaces, and when handling safety matters (for example, avoiding sharp edges and recoil associated with some rigid strapping materials). Woven construction provides excellent resistance to abrasion and helps the strap maintain integrity when routed around corners or through dunnage. It is also well suited to irregular-shaped loads where the strap must conform without cutting in.

This collection includes multiple widths and roll lengths of woven polyester strapping, allowing you to match strap size to load weight, package geometry, and the tensioning method used. The breaking strain values shown on the page are a useful starting point for comparing strap options, but correct selection should also consider application factors such as joint efficiency (buckle type), tension applied, edge protection, and dynamic forces during transit.

Woven Polyester Strapping Banding — Helpful Guide

What’s in this category

The products in this category are woven polyester strapping rolls in several common sizes. Use the internal links below to jump directly to the product pages listed in this collection:

• 13mmx1100m - Woven Polyester Strapping — A narrow, long-length roll suited to lighter unitising, carton bundling, and general restraint where compact strap width is preferred.
• 16mmx850m - Woven Polyester Strapping — A versatile mid-width strap often used for mixed cartons, small pallets, and loads needing a step up in strength and handling robustness.
• 16mmx600m - Woven Polyester Strapping — Similar width to 16mm options but with a shorter roll length; useful where roll handling, dispenser capacity, or job size favours shorter coils.
• 19mmx600m - Woven Polyester Strapping — A wider strap for heavier pallet loads, timber packs, building materials, and applications where higher restraint and improved edge load distribution are needed.
• 38mmx100m - Woven Polyester Strapping — A very wide strap typically chosen for heavy-duty bundling and large, high-value loads where broad contact area helps reduce pressure points.

Understanding the key specifications on this page

• Width (mm): Wider straps generally spread force over a larger area, which can reduce the chance of crushing cartons or marking products. Width also influences buckle selection and how the strap behaves over edges.
• Roll length (m): Longer rolls reduce changeovers on repetitive jobs; shorter rolls can be easier to handle and may suit smaller dispensers or mobile use.
• Breaking strain (kg): A comparative strength figure for the strap material. In real use, the effective system strength depends on the joint (buckle), the tension applied, and how the strap is routed around the load.
• Pack quantity: Indicates how many rolls are supplied per pack.

Important: Breaking strain is not the same as the recommended working load. For safe, repeatable performance, many strapping applications use a conservative fraction of breaking strength to account for shock loads, vibration, and variability in tensioning and joints.

Where woven polyester strapping is commonly used

• Pallet unitising: Stabilising cartons, bags, or mixed goods on a pallet, especially when stretch wrap alone is not sufficient.
• Bundling long products: Timber, mouldings, pipe, conduit, and profiles where the strap must conform to the bundle shape.
• Export and long-haul transport: Loads exposed to vibration and handling events where a flexible strap can help maintain restraint without cutting into packaging.
• Fragile or finished surfaces: Painted, coated, or polished items where reduced edge sharpness and broader contact area can help minimise marking (edge protection is still recommended).
• Irregular loads: Items with protrusions or non-uniform geometry where a textile strap can route more easily than rigid banding.

Case study: Securing mixed cartons on a pallet for courier transport

A warehouse ships mixed cartons on standard pallets via a courier network. Stretch wrap provides containment, but repeated handling and vibration cause cartons to shift, leading to corner damage and occasional load lean. The team adds two straps in a cross pattern: one strap around the long direction and one around the short direction, tensioned evenly and protected at edges with corner boards.

Results typically seen in this type of setup include improved load stability, reduced carton movement, and fewer claims related to pallet collapse. The key is not maximum tension, but consistent tension and good edge protection so the strap restrains the load without crushing cartons.

How to choose the correct woven polyester strapping

1) Start with the load and the restraint goal

Define what the strap must do: prevent cartons from sliding, keep a bundle tight, or hold a heavy item to a skid. Consider the load weight, centre of gravity, and whether the strap is primarily for containment (holding items together) or for direct restraint (preventing movement relative to the pallet).

2) Select strap width and strength for the application

• Lighter unitising and carton bundling: Narrower straps can be appropriate when loads are light and edges are protected.
• General pallet loads: Mid-width straps are commonly used for everyday warehouse strapping where a balance of strength and handling is needed.
• Heavier or higher-risk loads: Wider, higher-strength straps can provide additional restraint and better force distribution, especially when used with suitable buckles and edge protection.

Use the breaking strain values on the product table as a comparison point, then validate the selection by considering joint efficiency and the number of straps used. Two straps sharing the load can be more effective than one strap tensioned excessively.

3) Consider the joint: buckles and system efficiency

Woven polyester strapping is typically used with buckles (for example, wire buckles) and a tensioner. The joint is often the limiting factor in a strapping system. Ensure the buckle size matches the strap width and that the tensioner is compatible. A correctly formed joint helps maintain tension and reduces the chance of slip during transit.

4) Account for edges, abrasion, and compression

• Edge protection: Use corner protectors or edge boards on sharp or compressible edges. This reduces strap damage and helps prevent product marking.
• Abrasion points: If the strap passes over rough surfaces, add protective layers or adjust routing to reduce wear.
• Compression sensitivity: For cartons or soft packs, avoid over-tensioning. Wider strap and edge protection can help distribute force.

5) Think about handling and workflow

• Roll length vs. changeovers: High-volume operations may prefer longer rolls to reduce downtime.
• Dispenser and portability: Shorter rolls can be easier to carry to the job, especially for on-site strapping.
• Tension consistency: Use a suitable tensioner and standardise the method so different operators achieve similar results.

Best practices for application

Strapping patterns that work well

• Perimeter strap: One or more straps around the outside of the load to hold cartons or items together.
• Cross strap: Two straps at 90 degrees to reduce shifting in both directions.
• Bundling strap: Multiple straps spaced along the length of long products to prevent bowing and separation.

Tensioning tips

• Apply tension gradually and evenly; excessive tension can crush packaging or cut into product edges.
• Check that the strap lies flat (no twists) to maximise contact area and reduce local stress.
• After tensioning, confirm the buckle is seated correctly and the strap tail is secured according to the buckle method used.

Storage and environmental considerations

• Keep rolls clean and dry: Contamination can increase abrasion and reduce joint reliability.
• Avoid prolonged UV exposure: Store indoors where possible to maintain material performance over time.
• Temperature extremes: Very high heat can affect packaging materials and load stability; very low temperatures can change how some packaged goods respond to compression.

Common mistakes to avoid

• Choosing strap by breaking strain alone: The joint and application method matter as much as the strap rating.
• Skipping edge protection: Sharp corners can cut strap fibres and reduce performance.
• Over-tensioning: More tension is not always safer; it can damage cartons and reduce stability if the load deforms.
• Inconsistent strapping patterns: Standardise strap count and placement for repeatable results.
• Not inspecting after handling: If a pallet is rehandled or partially unloaded, re-check strap tension and joint condition.

Q&A