Ratchet Straps for Commercial Vehicle Load Securing
Proper load securing is a legal requirement for all goods vehicles operating on public roads. Ratchet straps are the standard method for restraining palletised, loose and machinery loads on flatbed trailers, curtainsiders and open vehicles. Truckstop stocks heavy-duty ratchet straps designed for the load weights and environmental conditions of professional haulage use.
Selecting the Right Ratchet Strap
The working load limit (WLL) of the strap must be matched to the application. UK load securing regulations require restraint systems to withstand defined deceleration forces, which means the combined WLL of all straps securing a load must meet the regulatory minimum. Strap width, webbing quality and ratchet mechanism durability all affect performance in sustained use. All ratchet straps sold by Truckstop are compliant with BS EN 12195-2 and marked with their certified WLL.
What does BS EN 12195-2 compliance mean for ratchet straps?
BS EN 12195-2 is the European standard for lashing straps for securing cargo on road vehicles. Straps that comply with this standard are tested and certified to their stated working load limit and are labelled with the WLL, lashing capacity and manufacturer details. Using non-compliant straps for load securing is illegal and invalidates operator liability in the event of a load shift.
What widths and lengths are available?
Truckstop stocks ratchet straps in 25mm, 35mm and 50mm widths in lengths from 3 metres to 10 metres, covering the most common haulage applications. End fitting options include flat hooks, claws and J-hooks depending on anchor point configuration. If you need a specification outside the standard range, contact the trade team.
How should ratchet straps be inspected and stored?
Inspect straps before each use for cuts, abrasion, chemical damage, broken stitching or distortion to the ratchet mechanism. Damaged straps must be taken out of service immediately and not repaired. Store straps away from direct sunlight, heat sources and chemicals when not in use. UV degradation weakens polyester webbing over time even without visible damage.
