CASE STUDIES

When storm-damaged sheeting flaps in the first winter gale, it’s more than an eyesore – it’s proof that wind forces were underestimated on that specific site. At EcoShrink we’re often called to re-wrap façades after “perfectly good” scaffold sheeting fails. The common thread? Site teams relied on generic Met Office data or tie-spacing tables instead of analysing how wind really behaves around their project. This guide breaks down: How site-specific wind loads differ from off

Eyelets pop, sheets flap, and 3 a.m. call-outs cost you sleep. Done properly, heat-shrink encapsulation can dramatically reduce these failures. This is why scaffold shrink wrap vs sheeting wind load performance matters: compared with standard sheeting, scaffold shrink wrap vs sheet systems reduce flap, spread uplift and suction more evenly, and keep enclosures drum-tight on construction sites. EcoShrink heat shrink wrap offers superior wind resistance versus standard scaffol

Wrapping a scaffold isn’t just about covering a structure. It’s about safety, durability, visual impact, and keeping your site operational through all conditions. Choosing the right wrap can improve safety and reduce project delays – and the best choice isn’t always obvious at first glance. This guide compares the most common scaffold wrap options for construction and explains when a simple sheeting solution is enough – and when it’s worth stepping up to heat-shrink wrap. Wha

When you think about packaging or protecting your items, the first thing that comes to mind might be boxes or bubble wrap. However, shrink wrap is an incredibly efficient and versatile solution that can offer a variety of benefits for both businesses and individuals. Whether you’re looking to protect, store, or transport items, understanding the advantages of shrink wrap – especially the benefits of shrink wrap for construction projects – can help you make informed decisions