Renderoc HB30 is supplied as a ready to use blend of dry powders which requires only the site addition of clean water to produce a highly consistent, lightweight repair mortar.
Proofex Engage is a unique patented system comprising a complex cell mesh bonded to a poyethylene membrane which allows poured concrete to interlock with the membrane forming a tenacious mechanical bond. Proofex Engage is supplied with a selvedge on one side to provide sealaed laps.
Proofex Hydromat consists of two elements – Natural sodium bentonite as the sealing material, Two layers of geotextile to encapsulate and contain the bentonite. A continuous layer of natural sodium bentonite is sandwiched between a needle-punched polypropylene geotextile (the cover layer) and a slit film woven geotextile (the carrier layer). The components are needle-punched together uniformly across the membrane to hold the bentonite sealing material in a stable position.
Proofex LM Two component bituminous rubber emulsion with special hydraulically hardening fillers. For the waterproofing of intricate details e.g. pipe entries, covings etc
Proofex Total is a black, 6-layer, reinforced, totally gas impermeable membrane comprising an aluminium foil layer and a polyester reinforcing grid sandwiched between four layers of polyolefins. Reinforced gas membrane designed to protect buildings and their occupants from the effects of methane, radon, carbon dioxide and other harmful gases.
Proofex WG is a three-component system consisting of base resin, liquid hardener and specially graded inert fillers. It is suitable for thicknesses from 20-100 mm.
Proofex 3000 is a cold applied, flexible, waterproof, high performance membrane incorporating a cross laminated HDPE carrier film with a polymer modified bitumen compound.
Proofex 3000MR is a cold applied, flexible, methane resisting and waterproof high performance membrane incorporating an aluminium layer and a polymer modified bitumen compound on a high strength polymer backing film.
Proofex Cavitydrain is a profiled HDPE with ribbed conical voids spaced to permit high water flow through a permanent void against the sub-structure face. Mortar or concrete is poured into the conical voids on the internal face of the drainage former allowing high load transfer to structural elements.
