Products in Concrete Coatings & Stains

SILRES® BS 3003 is a water-thinnable, solventless emulsion based on a mixture of silane and siloxane. Diluted solutions of SILRES® BS 3003 serve as high-quality general-purpose water repellents for impregnating and priming mineral surfaces. It can also be used for the mass treatment of non-load-bearing concrete products and as a post-hydrophobation agent for fiber cement products like fiber cement boards.

StanChem Polymers SC 6261 is a 100% acrylic copolymer emulsion designed for durable house and trim paints. Paints and coatings made with SC 6261, in addition to durability; also exhibit good wet adhesion, good dirt pick-up resistance and good gloss retention.

StanChem Polymers SC 6477 is a highly efficient, alkali-swellable acrylic emulsion that is recommended for thickening synthetic emulsions. SC 6477 can be incorporated directly into a binder system. Thickening begins with the addition of ammonia, sodium hydroxide or an amine to raise the pH to 7.0-8.0 for maximum thickening.

ETONIS® 3500 W (GER) is suitable for modifying concrete, specialty mortar, and cementitious coatings for infrastructure products, especially for shotcrete applications in underground construction, tunneling, and mining. It is a polymer powder with a low glass transition temperature (Tg) and remains flexible at temperatures below freezing. It is also suitable for end products with low emissions.

SILRES® BS 1346 is a nonionic, solvent-free, water-dilutable emulsion of a reactive polysiloxane. It is used in its undiluted form as a hydrophobizing additive for aqueous masonry paints or plasters. Its purpose is to increase water repellency, water resistance, and water vapor permeability while also enhancing processability and antiblocking properties.

SILRES® BS 6920 is a silane-terminated binder that utilizes α-silane technology. It is specifically designed for the impregnation of mineral substrates or as a thin layer of coating on mineral surfaces. The formulations based on SILRES® BS 6920 are commonly used for stain-resistant impregnation and coating of various mineral substrates. These substrates can include polished or non-polished concrete floors, paving stones, clinker, bricks, and natural stone. By applying SILRES® BS 6920, the mineral surfaces become more resistant to stains and discoloration, helping to maintain their appearance and durability over time. The binder provides a protective barrier that enhances the performance and longevity of the treated mineral substrates.

SILRES® IC 701 is an anti-graffiti coating intended for use in the professional market for the protection of concrete, masonry, and metal substrates. The cured coating provides excellent release and ease of removal for permanent markers and aerosol paints. SILRES® IC 701 is based on polysiloxane polymers and provides excellent performance against exterior elements such as rain, sun, and temperature extremes. It cures via the condensation reaction at room temperature by reacting with ambient moisture.

SILRES® BS 16 is an aqueous solution of potassium methyl siliconate used in diluted form for the hydrophobic impregnation of mineral construction materials, making them water-repellent. The water-repellent properties of SILRES® BS 16 are developed through its reaction with atmospheric carbon dioxide (CO2), forming polymethylsilicic acid. However, it should be noted that, like all siliconates, SILRES® BS 16 may cause a white deposit on the surface of colored construction materials if used outside the recommended application guidelines.

SILRES® BS 1803 A is a stable and VOC-compliant silicone emulsion with a 60% active content. It is specifically designed to reduce water uptake and create visual beading on concrete substrates while allowing the pores and capillaries to remain unblocked. This product is particularly effective when it comes to preventing water uptake and promoting beads, even at very low addition levels. One of the main applications of SILRES® BS 1803 A is as an admixture for non-load bearing cement-based formulated products, including precast products, blocks, and pavers. By incorporating this emulsion into the formulation, the resulting products gain enhanced waterproofing properties and resistance to water penetration. Furthermore, SILRES® BS 1803 A can also be used as a topical sealer for post-treatment of cement-based formulated products.

SILRES® BS 6921 is a silane-terminated binder based on α-silane technology for the impregnation of mineral substrates or as a thin-layer coating for mineral substrates. It can be used in combination with SILRES® BS 6920 when a softer formulation is required.

SILRES® BS 17040 A is a water-thinnable, solventless silane emulsion that serves as a high-quality water repellent for impregnating and priming alkaline mineral surfaces. Similar to SILRES® BS 17040, it can be used as a water-resisting admixture for non-load-bearing manufactured concrete products.

SILRES® BS 1340 is a nonionic, solvent-free, waterborne emulsion of a reactive polysiloxane. It is specifically used in the formulation of water-resistant coatings. SILRES® BS 1340 can be directly incorporated, without dilution, into waterborne masonry paints and plasters either during or after their production.

SILRES® BS Creme C is an aqueous, solventless, creamy, silane-based water repellent. It is a high-quality specialty product designed for the hydrophobic impregnation of both normal and reinforced concrete. It is commonly used in applications related to concrete protection, construction materials, hydrophobic impregnation, and infrastructure.

Bermocoll EHM 300 is associative non-ionic, watersoluble cellulose ether that improves the rheological properties of water-based paints.

Bermocoll EBM 8000 is a non-ionic, water soluble cellulose ether with enhanced enzyme resistance. It improves the consistency, the stability, and the water retention of water-based products.

Bermocoll EBM 5500 is a non-ionic, water soluble cellulose ether with enhanced enzyme resistance. It improves the consistency, the stability, and the water retention of water-based products. Bermocoll EBM 5500 is a high viscosity grade of methyl ethyl hydroxyethyl cellulose.

Syntran® 6303 is a water-based, cationic acrylic copolymer solution that is recommended for stain-blocking paints and primers. It has excellent performance in blocking wood and cork extractives, nicotine, graffiti, soot, and water stains. It is especially recommended for wood primers where sandability is required. Syntran® 6303 is recommended for interior use and also for the formulation of coatings with excellent adhesion properties on critical substrates, such as glass, ceramic tiles, zinc, aged alkyd paints, etc.

LIOCRYL AM 432 is an aqueous pure acrylic emulsion that is fine-particle size and solvent- and plasticiser-free. This emulsion is particularly suitable for the formulation of primer coats with good wet adhesion. Pure acrylic emulsion for use in pigmented matt and silk interior and exterior paints. It possesses shear stability and good stamp adhesion. It has applications in architectural coatings, construction adhesives, concrete coatings, and stains.

Dar-Tech Hauthane L-3615 is a Dar-Tech Hauthane polyurethane dispersion that provides tough, chemically resistant, glossy coatings. The product has excellent flexibility and gloss retention characteristics. It may be applied to a variety of substrates, including concrete, metals, plastics, and wood materials. It is mainly used in architectural coatings, DIY brush varnishes, and wood furniture.

Dar-Tech Hauthane HD-2107 is an aliphatic, polyester-based, aqueous polyurethane dispersion with an exceptional balance of properties such as extreme toughness, abrasion resistance, and mar resistance. It was designed for topcoat applications on a wide variety of substrates, including concrete, metal, plastic, and wood.

Syntran® DR 7015 is an alkali-soluble acrylic polymer that is based on Interpolymer Corporation's polymeric surfactant technology. This technology was designed to improve wetting and incorporation of pigments or additives into water-based inks and coatings. This product is used for wood coatings, concrete coatings, architectural coatings, etc.

Dar-Tech Hauthane HD-2125 is a hard, chemically resistant, polyester-based, aliphatic, polyurethane dispersion. It was developed for use on flexible and rigid PVC and other plastic substrates. It may also be formulated to provide gloss topcoats on cementitious, metal, and wood substrates. This product exhibits superior chemical resistance properties while maintaining excellent flexibility and gloss retention characteristics.

Dar-Tech Hauthane HD-2139 is an aliphatic, polyester-based, aqueous urethane dispersion specifically developed for factory-coated PVC flooring. It was developed as a high-gloss, no-wax topcoat for expanded PVC flooring. Can be factory applied as a fused coating during PVC expansion. HD-2139 is ideally suited for PVC roll or sheet goods requiring a 180-degree reverse bend.

DeCAL 4040 is a self-crosslinking resin for direct-to-metal coatings, a universal thermoplastic Styrene/Acrylic copolymer in emulsion form offering enhanced flexibility, high water resistance, and excellent pigment binding power, adhesion, and gloss. DeCAL 4040 offers good block resistance, good compatibility with associative thickeners, and fast drying.

Syntran® 6302 is a water-based, cationic acrylic copolymer solution that is recommended for stain-blocking paints and primers. It has excellent performance in blocking wood and cork extractives, nicotine, graffiti, soot, and water stains. It is especially recommended for wood primers where sandability is required. Syntran® 6302 is recommended for interior use and also for the formulation of coatings with excellent adhesion properties on critical substrates, such as glass, ceramic tiles, zinc, aged alkyd paints, etc.

Dar-Tech Hauthane HD-6000 is a polyester-based, hydroxyl-functional, aliphatic, waterborne polyurethane dispersion. It was developed for use with water-dispersible isocyanate crosslinkers such as Bayer’s Bayhydur 302 or Perstrop’s Easaqua X D 401 and M 501. The product, when crosslinked, provides tough, chemically resistant, glossy coatings that may be applied to a variety of substrates, including concrete, metals, plastics, and wood materials. This product exhibits superior chemical resistance while maintaining excellent flexibility and gloss retention characteristics.

Syntran® 1921 is based on Interpolymer's proprietary technology. This technology improves adhesion to a variety of substrates while producing a strong film with exceptional overall properties. This technology gives formulators the option to post-add crosslinkers that will react with either the free acid groups or hydroxyl groups on the backbone of the polymer.

Syntran® 1671 is based on a patented bimodal technology with film-forming properties. This technology combines two different ionic structures in the same polymer network, increasing the adhesion to multiple substrates while providing a firm film. This technology allows a formulator to take advantage of the good aspects of cationic acrylic without the traditional compatibility issues.

Syntran® 6301 is a water-based, cationic acrylic copolymer solution that is recommended for low-VOC stain-blocking paints and primers. It has excellent performance in blocking wood and cork extractives, nicotine, graffiti, soot, and water stains. Syntran® 6301 is recommended for interior use and also for the formulation of coatings with excellent adhesion properties on critical substrates, such as glass, ceramic tiles, zinc, aged alkyd paints, etc.

Syntran® 6211 is based on high-solids technology. This technology creates a film with very high flexibility, excellent water resistance, and excellent coverage. This technology also allows for excellent adhesion over multiple substrate types. This white emulsion is used in interior and exterior paints and concrete primers.

Dar-Tech Hauthane HD-4669 is a hard, co-solvent-free, aliphatic, aqueous polyurethane dispersion. It was designed for topcoat applications on a wide variety of substrates, including concrete, metal, plastic, and wood. This grade can be used as a sole vehicle or blended with acrylic emulsions for spray, dip, or rotogravure applications. It may be thickened with associative thickeners for alternative application methods.

Dar-Tech Hauthane HD-4675 is a hard, co-solvent-free, aliphatic polyester polyurethane dispersion. It was designed for topcoat applications on a wide variety of substrates, including concrete, metal, plastic, and wood. This grade can be used as supplied or blended with acrylic emulsions for spray, dip, or rotogravure applications. It can be thickened with associative thickeners for knife-over-rolling or similar methods.

Dar-Tech Hauthane HD-2120 is a very hard, aliphatic, polyester polyurethane dispersion. It was developed for use on flexible and rigid PVC. This polymer is used in coatings to create hard, tough, hydrolysis-, chemical-, and stain-resistant films that rival the performance of 2-component polyurethane. Superior adhesion to PVC makes it the ideal candidate for automotive interior parts, vinyl furniture, and components.

Syntran® DR 7055 is an alkali-soluble acrylic polymer that is based on Interpolymer Corporation's polymeric surfactant technology. This technology was designed to improve wetting and incorporation of pigments or additives into water-based inks, pigment concentrates, and coatings. This product is used for wood coatings, concrete coatings, architectural coatings, etc.

Dar-Tech Hauthane HD-2117 is an extremely hard, aliphatic, polyester-based, aqueous polyurethane dispersion with exceptional chemical and early water-resistance properties. It was designed for topcoat applications on a wide variety of substrates, including concrete, metal, plastic, and wood. HD-2117 produces films with exceptional adhesion to aluminum, excellent levelling properties, and high levels of chemical resistance.

Syntran® AC 9073 is based on Interpolymer Corporation's proprietary self-crosslinking technology. This technology combines two distinct crosslinking mechanisms on the same polymer backbone, significantly increasing chemical, stain, and water resistance. This technology was designed for the self-crosslinking mechanism to fully cure at room temperature while maintaining long-term shelf stability.