The CEILCOTE 810 Corocrete floor system is designed with heavy duty, epoxy novolac surface texture material. Abrasive grits are broadcast into the resin matrix to provide traction, textured finish, durability and wear. The flooring system is designed for resisting attack by aggressive chemicals such as concentrated sulfuric acid. Unique Novolac technology permits the extended working time of the CEILCOTE 810 Corocrete floor, making it user friendly, resulting in easier application and reduced waste.

Ceilcote 387 Hybricote is a revolutionary, new, high performance system designed to provide exceptional resistance to aggressive chemicals such as Methylene chloride, acetone, methanol, nitric acid and n-methyl-pyrrolidone.

A two component, epoxy phenolic lining system, with low viscosity.

Interbond 1202UPC is a universal pipe coating that provides external protection for above ground piping and accessories operating between -196ºC (-321ºF) and 650ºC (1202ºF). Interbond 1202UPC reduces coating complexity and overall project painting costs by standardizing coating specifications, providing excellent corrosion protection in a wide range of operating environments including corrosion under insulation (CUI) conditions. Based on an inorganic copolymer resin system, Interbond 1202UPC is compliant with the performance criteria of the ISO12944-9 cyclic aging test, without a primer.

Low Temperature Application and Cure Reinforced Lining. Solvent Free, two component polycyclamine cured lining system utilising advanced epoxy novolac technology with flake and fibre reinforcement.

Specifically designed for the non-structural repair and reinstatement of concrete, brick or stone substrates. Intercrete 4803 is a low density, lightweight, fibre reinforced, polymer modified shrinkage compensated mortar that exhibits high bond strength exceeding the tensile strength of concrete, ensuring monolithic performance of the repair. Can be applied up to 100mm in a single layer in vertical, horizontal and overhead situations. CE-marked in accordance with EN 1504-3 Class R2. Suitable for repair methods 3.1, 7.1, 7.2 as defined by BS EN 1504-3.

Specifically designed for the structural repair and profiling of vertical, horizontal and overhead surfaces in marine and tidal areas which are subject to early immersion. Intercrete 4804 is a thixotropic mortar which allows easy trowel application whilst enabling high application thicknesses up to 50mm per layer in both vertical and horizontal applications. Excellent resistance to wash-out soon after application. CE-marked in accordance with BS EN 1504-3 Class R4. Suitable for repair methods 3.1, 3.2, 7.1, 7.2 as defined by BS EN 1504-3.

Specifically designed for the structural repair of large areas of concrete and heavy duty applications beneath base plates, plinths and stanchion bases where a pourable or flowable material is required. Intercrete 4805 utilises a dual expansion mechanism which compensates for shrinkage in the plastic and hardened state and cures rapidly to give high early and long term strength development, enabling quick reinstatement. The dense matrix provides excellent protection from the ingress of acid gases, moisture and chlorides.

Specifically designed for the filling of tieholes formed by formwork bolts in new construction, particularly where a rapid setting, durable, waterproof mortar is required. Can also be used for sealing grout holes and voids around fixings in pre-cast elements. Intercrete 4807 sets in 30 minutes at 20°C, yielding a durable, high strength mortar which provides a waterproof seal which withstands 10 bar water pressure after only 72 hours curing. Non-toxic when cured and WRAS approved for use incontact with potable water. CE-marked in accordance with BS EN 1504-3 Class R4. Suitable for repair methods 3.1, 7.1, 7.2 as defined by BS EN 1504-3.

Specifically designed for the structural repair of large areas of concrete and heavy duty applications beneath base plates, plinths and stanchion bases where a pourable or flowable material is required. Intercrete 4806 utilises a dual expansion mechanism which compensates for shrinkage in the plastic and hardened state and cures rapidly to give high early and long term strength development, enabling quick reinstatement. The dense matrix provides excellent protection from the ingress of acid gases, moisture and chlorides.