Products

Adjuvate ConGrout A

Class A Construction Grout

A high strength, shrinkage compensated cement-based, Class A General Purpose structural grout. Designed to undergo controlled expansion in the plastic state, it will ensure positive contact and load transfer in structural grouting applications. For use under base plates, machine bases, precast panels, anchor bolts, under column bases, portal supports.

Adjuvate ConGrout C

Class C Construction Grout

A high strength, dual action, shrinkage compensated cement-based, Class C engineered structural grout. Designed to undergo controlled expansion, to ensure positive contact and load transfer in structural grouting applications. For use under base plates, machine bases, precast panels, anchor bolts, under column bases, portal supports. Concrete repairs and detailing.

Adjuvate ConGrout HESF

High early strength flow grout

A High Early Strength, cement-based, Class C structural grout. Designed to undergo controlled expansion during set, to ensure positive contact and load transfer in structural grouting applications. For use under base plates, machine bases, precast panels, anchor bolts, under column bases, portal supports.

Adjuvate ConGrout HFP

Pumpable mining grout

Thixotropic High Strength, cement-based, Class C fine grain structural grout. Pumpable technical grout with controlled slow expansion during set, to ensure positive contact and load transfer in civil and mining grouting applications. For use when cable grouting, anchor bolts, direct injection strata consolidation.

Adjuvate ConGrout LTR

Low thermal resistance filling grout

ConGrout LTR is a specially formulated, single component, micro-fine, Pozzolanic grout. Based primarily on naturally occurring minerals and recycled waste it was originally designed as a sacrificial rock fill stabilizer, to be pumped into loose rock wall and fill assemblies. The low compressive strength, self leveling, slow flow, non-exothermic set and cure enhances void filling, with the ability to reticulate load transference in the event of subsidence etc. Its low thermal resistivity enhances heat dissipation from encased high voltage electrical cables.