Acrylic Primer

Acrylic Primer is a liquid, water-based, styrene-butadiene polymer latex with high bond characteristics designed to give maximum penetration into the substrate in order to enhance the adhesion of Cemrok concrete repair mortars, Flooring screeds and underlayments or other cementitious based repair materials.

Accelerated Polymer Modified Grout Range

These are pre-blended cementitious grouts manufactured using ordinary Portland cement, selected fillers and Polymeric anti-wash-out additives which have good pumpable qualities when mixed with water. The heat of hydration is low with minimal plastic shrinkage characteristics.

ULTIPATCH Pothole

Designed specifically for small scale repairs, the modern binder technology enables quick, effective repair of potholes all year round.

ULTIPATCH Footway

Developed for a fast, effective, permanent reinstatement for footway, footpaths and cycle tracks. ULTIPATCH FOOTWAY is designed for the utility sector, combining a long storage life with excellent workability and surface finish.

Flowing (40N) Concrete

High performance flowing C40 concrete suitable for high traffic areas and perfect for applications where site access is limited and bulk concrete can not be delivered.

ULTIPATCH Anti-Skid Repair

Complete repair kit for anti-skid surfaces and High Friction Surfaces (HFS) available in a range of colours.

SBR Polymer Screed

A Levelling Screed to suit increasing demand for factory produced cement sand levelling screed with the inclusion of a synthetic polymer resin.

Tufscreed F

Tufscreed F has been developed to meet the increasing demands of factory produced sand/cement leveling screeds and incorporates an even dispersion of polypropylene fibres throughout the mix.

Truscreed 5

Factory mixed blend of cement and sand takes quality control away from the site and into the factory, providing consistent quality materials and accurate proportioning.

Truscreed

A technologically controlled mixture of synthetic anhydrite binder, proprietary additives and carefully selected fine aggregates