Spec Mix® Scratch & Brown Base Coat Stucco is a dry, factory blended exterior plaster mix specifically designed for the plastering contractor. The control of mix ratio and raw material sourcing make this a superior product to jobsite mixes. Spec Mix® Scratch & Brown Base Coat Stucco has excellent pumping and troweling properties for the contractor, while providing the building owner with a durable exterior plaster finish. This product is available with fibers, pump aids, or special order mix designs.
Spec Mix Masonry Mortar is a dry, factory blended mortar specifically
designed for use by masonry contractors. This product is produced under
strict quality control guidelines in accordance with A.S.T.M. and
U.B.C. standards. Masonry Mortar provides a superior product to jobsite
mixing due to control of mix ratio and quality of sand. It is available
in several packaging options to provide savings in handling and mixing.
Masonry Mortar is available in the following standard mix designs as
well as special orders for individual job requirements.
Spec Mix Masonry Mortar is a dry, factory blended mortar specifically
designed for use by masonry contractors. This product is produced under
strict quality control guidelines in accordance with A.S.T.M. and
U.B.C. standards. Masonry Mortar provides a superior product to jobsite
mixing due to control of mix ratio and quality of sand. It is available
in several packaging options to provide savings in handling and mixing.
Masonry Mortar is available in the following standard mix designs as
well as special orders for individual job requirements.
SPEC MIX® Stone Veneer Mortar is a blend of dry cementitious materials and masonry sand specifically designed to provide superior bond for precast, lightweight masonry veneer units to base surfaces. The final wall system will produce a nonload-bearing, aesthetically pleasing exterior veneer or interior finish on concrete or masonry walls, studs walls or metal buildings. It is formulated to produce a cohesive material with consistent workability and optimal bond strength.