A ready to use, water based silane/siloxane water repellent. Designed for use on concrete and masonry surfaces, Siloxane PD penetrates more deeply than conventional water or solvent based water repellents. Low odour and alkaline stable, Siloxane PD is ideal for field or in plant application to colour sensitive concrete, GFRC, most masonry and stucco surfaces. Application equipment, window glass...
View ProductA waterborne acrylic copolymer surface dust binding treatment. This easy to use, low VOC, low odour product provides a clear finish for use on vertical concrete and masonry surfaces.(Class ‘O’ fire, Fire Propagation Test BS 476: Part 6. 1989 Class O. Surface Spread of Flames Test BS 476: Part 7. 1987 Class 0).
View ProductProvides an advanced, blended alternative to conventional sodium or potassium silicate surface hardeners. This penetrating silicate treatment reacts with concrete to produce insoluble calcium silicate hydrate within the concrete pores. Dusthard is appropriate for freshly troweled “green” concrete or existing floors of any age. Hardening/densifying with Dusthard renders concrete floors...
View ProductProvides an advanced, blended alternative to conventional sodium or potassium silicate surface hardeners. This penetrating silicate treatment reacts with concrete to produce insoluble calcium silicate hydrate within the concrete pores. Dusthard + is appropriate for freshly troweled “green” concrete or existing floors of any age. Hardening/densifying with Dusthard + renders concrete...
View ProductA clear, penetrating water and oil repellent for use on interior and exterior limestone and marble surfaces. LMP does not form a glossy surface film or darken the masonry surface. Treated surfaces retain their natural colour, texture and appearance.
View ProductThe intent of conservation treatment is to restore the structural integrity to the crumbling, decaying masonry, OH Consolidation Treatment is based on silicic ethyl esters. Their extremely small molecular structure enables then to penetrate deeply into deteriorated masonry surfaces, collecting at contact points between individual stone grains. An internal catalyst and atmospheric humidity then...
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