We supply complete thermal rendering systems and external wall insulation products designed to improve energy efficiency while protecting buildings from the elements. Our systems include insulation boards, basecoats, reinforcement mesh and decorative topcoats compatible with K Rend and Parex render systems. Products can be delivered direct to site, usually within 48 hours, including EPS and phenolic insulation, fixings, beads, baserails and trims.
Our thermal rendering systems combine high-performance insulation with durable render finishes to create energy-efficient, weather-resistant façades for residential and commercial projects.
Please contact us today for a full system quotation.
Typical System Build Up
Insulation Board: Typical 1200mm x 600mm No cut boards less than 200mm width to be used. Type and thickness to be determined
Basecoat: 6mm of high performance basecoat such as K Rend HP14,Parex Maite Monocomposant, or Bauer Ecoflex
Reinforcement Mesh: Overlapped 100mm. Extra patches at doors and windows
Render System: Basecoat, Mesh, Primer & Thin Coat Render
Base Bead: Powder coated galvanised steel with PVC nose. 2.5m or 3m lengths. Wherever possible PVC noses should slide across the joint between two lengths to help maintain a true line. Stainless steel alternative available. Oversized base bead to form bellcast (20mm)
Base Bead Fixing: 6mm hammerfix, length and type to be determined by substrate. Maximum 300mm centres. Minimum length 60mm, hole must be minimum 10mm longer than fixing
Insulation Fixing: Adhesive fix, along with mechanical fixing, exact type and length to be determined by system and substrate. 60mm head minimum embedment 35mm. For fixing pattern see relevant detail sheet.
Jablite Grey EPS Board when used on the external face of a wall maximises the material thermal capacity of the wall. This product is fully compatible with K Rend and Parex render systems.
ROCKWOOL External Wall DD Slab insulation has been specifically developed for use within external wall insulation systems. Such systems can considerably enhance both the thermal and acoustic performance of a building.