Cement Grouting is the injection under pressure of cement or grout to fill voids or fractures in the soil, rock unit or concrete structure. Cement Grouting is a process by which cement is injected under pressure to fill fractures and voids in concrete structures.
Epoxy Grout is made from epoxy resins and a filler powder. The grout is extremely durable and almost completely stainproof. Regular grout isn't waterproof, so unlike epoxy grout, it can absorb water when it's wet and stain easily.
PU Grouting is a specialised technique that involves the injection of expanding polyurethane to stop any water flowing down or through cracks or to fill voids under slabs, concrete joints or behind concrete walls and joints.
Machinery Foundation Grouting The grouting of machine base plates and the anchoring/alignment equipment to a foundation provides a strong and rigid support between a machine and the foundation. The foundation and the anchoring of machinery to the foundation are key elements in determining long term geometrical alignment and key machine performance results. Both of these are necessary to achieve the maximum machinery efficiency and uptime.
Cement Grouting is the injection under pressure of cement or grout to fill voids or fractures in the soil, rock unit or concrete structure. Cement Grouting is a process by which cement is injected under pressure to fill fractures and voids in concrete structures.
Epoxy Grout is made from epoxy resins and a filler powder. The grout is extremely durable and almost completely stainproof. Regular grout isn't waterproof, so unlike epoxy grout, it can absorb water when it's wet and stain easily.
PU Grouting is a specialised technique that involves the injection of expanding polyurethane to stop any water flowing down or through cracks or to fill voids under slabs, concrete joints or behind concrete walls and joints.
Machinery Foundation Grouting The grouting of machine base plates and the anchoring/alignment equipment to a foundation provides a strong and rigid support between a machine and the foundation. The foundation and the anchoring of machinery to the foundation are key elements in determining long term geometrical alignment and key machine performance results. Both of these are necessary to achieve the maximum machinery efficiency and uptime.