An Acrylic Bonding Agent or Admixture
Acrylic Bonder (AkroLoc) is a 100% acrylic polymer bonder or admixture
for cementitious products. Acrylic Bonder (AkroLoc) can be used in bonding new cement-based products to a variety of existing properly prepared substrates and as an admixture to reduce cracking and increase tensile, bond, and flexural strength of approved products.
|
Admix 500 is a 100% acrylic polymer admixture for cementitious products. Admix 500
is used to increase tensile, bond, and flexural strength of approved products.
|
A Plastic Type Bonding Agent or Admixture
Poly-Vinyl Acetate (PVA) Bonder (PolyLoc) is a bonder or admixture for cementitious products. PVA Bonder (PolyLoc) can be used in bonding new cement-based or gypsum-based products to a variety of existing, properly prepared substrates and as an admixture to increase tensile, bond, and flexural strength of approved products.
|
A Plastic Type Bonding Agent for Cementitious Products
BondCrete is a liquid bonding agent composed of a polyvinyl acetate homopolymer resin. Used to bond new portland cement-based and gypsum plaster products to existing properly prepared cement-based substrates.
|
Water Repellent (OmegaGuard) is a silicon-based, clear, non-yellowing water repellent designed to seal porous, cement-based substrates such as stucco, brick, masonry, and other concrete surfaces. When properly applied, Water Repellent (OmegaGuard) will offer long lasting protection from the elements while retaining the surface’s natural appearance and vapor permeability.
|
Penetrating Sealer (OmegaSeal 1000) is an acrylic-based, clear, non-yellowing sealer for use over a variety substrates, including stucco, acrylic finishes, masonry, and other concrete surfaces. When properly applied, Penetrating Sealer (OmegaSeal 1000) forms a continuous protective film over the substrate’s surface to offer long lasting protection from the elements.
|
Non-Corrosive Liquid Admixture
DWC Accelerator (OmegaCure) is a non-corrosive, liquid admixture for accelerating the hydration of portland cement-based materials. A more advanced hydration state will result in higher early strength, faster hardening, higher abrasion resistance, reduced void content, and decreased water movement within the cement matrix.
|