Products

Rovene 6023 is an all acrylic emulsion suggested as a polymer modifier for hydraulic cementitious mixtures for repair, basecoats for EIFS, decorative overlays and tile grouts or mortars. Addition of 5 - 15% (d/d Portland cement) improves flexibility, strength and water resistance. Rovene 6023 in portland cement mixtures results in increased adhesion to most substrates, improved water resistance, increased flexural strength and good resistance to UV light. Rovene 6023 does not contain antifoam. The addition of an effective antifoam is generally required to avoid a high air content in the hydraulic cementitious mixture. Many antifoam products have been found effective at levels of 2.5% wet on wet by mass.

Rovene 6121 is a low glass transition temperature styrene-acrylic polymer that offers flexibility during movement of the substrate and water resistance. Rovene 6121 also exhibits excellent tensile strength and maintains elongation properties when compounded with fillers.

Rovene 5044 is a very soft carboxylated styrene-butadiene emulsion designed for formulation of permanent label and construction adhesives. It is used in the formulation of permanent label and construction adhesives which are high in peel and tack, and thus require a minimum amount of tackifier. Rovene 5044 was designed to give excellent performance and compatibility with a wide variety of tackifiers.

Tylac 4193 is a soft, flexible styrene-butadiene concrete modifier. It may be used at low add-on to give strength, flexibility and water/ion resistance to cementitious systems. At higher add-on levels, Tylac 4193 provides a flexible cementitious water proofing membrane.

BarrierPro 4555 is a styrene-butadiene emulsion polymer of low stiffness. It dries to form a soft but tough film. Its softness makes it excellent for water proofing where films must remain flexible at below-freezing temperatures. Features: Highly stable Cured films are tough and flexible below freezing temperatures Cured films have good water resistance Hydrolysis resistant Filler compatible

Rovene 6119 is a low glass transition temperature styrene-acrylic polymer that offers flexibility during movement of the substrate and water resistance. This polymer also exhibits excellent tensile strength and maintains elongation properties when compounded with fillers.

BarrierPro 4550 is a general purpose styrene-butadiene emulsion polymer of medium stiffness. It dries to form a flexible, tough film of high water resistance. BarrierPro 4550 can be compounded with fillers and other additives to form coatings for a variety of applications such as water proofing membranes, specialty paints and sealants.

Ecronova® 6608 is an ambient cure, pure acrylic emulsion that incorporates excellent block and alkaline resistance and extraordinary wet adhesion with minimal water absorption. The product displays early water resistance and very good weathering, as well as a non-yellowing elastic film. This emulsion shows excellent adhesion to difficult substrates such as metals and plastics. This emulsion is APEO free.

BarrierPro 4551 is a carboxylated styrene-butadiene emulsion with excellent strength properties, high resistance to liquid water and water vapor, high blush resistance and excellent adhesion to multiple construction substrates. BarrierPro 4551 has excellent stability with dry-add inorganic fillers and sets quickly into a low tack, high strength, water resistant film. BarrierPro 4551 is also a good base polymer for blending with other BarrierPro products to allow a membrane to be custom tailored to a specific strength and/or flexibility need.

Rovene® 6120 is an all acrylic polymer that offers a balance of properties within elastomeric roof coatings. Rovene 6120 can be formulated to meet or exceed ASTM 6083, Type 1. Rovene® 6120 exhibits adhesion to substrates, balance of stength and flexibility with excellent water resistance.

Rovene 6027 is an all acrylic latex that may be utilized in various applications such as trade paints, concrete coatings, and other coatings requiring exterior durability and low VOC.