Sika® Cold Applied Liquid Roofing Systems

Sika® Sarnafil® AT membrane is a hybrid technology, that combines the flexibility and weldable of Sika® Sarnafil® PVC single ply membranes whilst providing a sustainable waterproofing solution. Sika® has designed

Sikalastic®-625 BMS is an innovative 1-part polyurethane, reinforced, cold-applied liquid membrane. It combines Sika’s unique i-Cure technology with an innovative carbon reduction approach to deliver a flexible, seamless waterproofing solution.

Single-ply roof systems are a popular waterproofing solution for either new build or roof refurbishment projects. Sika single-ply roof systems are classified to BRoofT4, so can easily satisfy regulatory requirements

Bituminous membranes to suit all types of application for flat roofs, decks and podiums. SikaShield® membranes are made by combining a polymer-modified bituminous compound with a reinforcement, and then protected

We offer three different green roof types, these are: Extensive, Intensive and Bio-diverse. In addition to green roof systems, Sika is also able to provide the waterproofing solution, creating a

Sika has a strong and proven background in liquid-applied roof membranes, and a strong and proven background in providing high-performance waterproofing coatings for metal roofs, across the country – successfully

SikaMembran®-200 FSA is a self-adhesive, weather resistant and vapour permeable membrane (sd value 0.039 m), providing an airtight seal. Class B-s1, d0 according to BS EN 13501-1:2007+A1:2009 (tested over 12mm

Sika introduces the next generation of waterproofing and vapour control facade membranes. The new EPDM hybrid membrane is an exceptional 0.3mm thick. Nevertheless, the mechanical values such as tensile strength

EWI systems from Sika incorporate high-performance render finishes with a variety of insulation products. The premium quality Sika EWI system creates attractive, energy-saving facades for both new build and refurbishment

Sika flooring and coating solutions are used in various function areas in buildings and facilities, for example for industrial floors with mechanical and chemical resistance, food industry walls with hygienic

Deterioration of concrete structures can happen for many reasons such as corrosion, structural damage, water infiltration etc. Many years of research plus decades of practical experience have enabled Sika to

The use of a building or civil engineering structure may change throughout the course of its service life, as for example its whole function can change, loads can increase and/or