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Power Tools Direct£1.26Visit shop Timco 600Ersh Restraint Straps - Heavy Duty - Engineered - Galvanised 500/100 Unit 1
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B&Q£7.07Visit shop B&Q - TimcoRestraint StrapsHeavy DutyEngineeredGalvanised (Size 500/1001 Each)
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The TIMCO 600mm Engineered Restraint Strap is an essential structural component designed for builders and contractors needing to provide reliable lateral restraint between timber elements and masonry walls. Its primary benefit is providing robust structural integrity against wind pressure and building movement while remaining lightweight for easy handling. A key caveat to note is that this strap requires precise installation according to structural specifications to ensure it meets the necessary load-bearing requirements for your specific building project.
| Colour | Grey |
|---|---|
| Model Part Number | 600ERSH |
| Brand | TIMCO |
The strap has a total length of 600mm, with a 500mm straight section and a 100mm bend.
Yes, it is made of galvanised carbon steel, which provides corrosion resistance for standard external building environments.
It is not recommended to trim the strap as this may affect its structural integrity and compliance with BS 5268.
The strap is 1.4mm thick.
Yes, it is designed to be compliant with BS 5268 Part 3.
Yes, the product is engineered for both horizontal and vertical restraint applications.
Verify that the masonry wall position is within the tolerance specified by the project plans. Do not attempt to weld extensions onto the strap.
Ensure the pilot holes drilled into the masonry are of the correct diameter and depth for the fasteners being used.
For optimal installation, ensure the masonry surface is level and the timber members are properly aligned. The 100mm bend should be set firmly into the mortar joint or masonry wall structure. To maintain the life of the strap, avoid using it in highly corrosive environments (such as near the coast) without additional protective measures. Periodic inspection is recommended during the building phase to ensure all fixings remain tight and the strap has not shifted due to thermal expansion or building settlement. Always consult your structural engineer’s drawings to determine the exact spacing requirements for your specific site.
