Products in Paints & Coatings: 1K (1 component) Coating

WACKER® Silicate TES 28 is a monomeric ethyl silicate, also known as tetraethoxysilane or tetraethyl orthosilicate. It is a colorless, low-viscosity liquid with an SiO2 content of approximately 28 wt.%. This product is commonly used in the formulation of anti-corrosive coatings, marine and protective coatings, as well as industrial coatings.

WACKER® Silicate S100 is a ready-to-use ethyl silicate binder with a flash point above 21°C. It is primarily used for formulating single-pack ethyl silicate zinc-rich primers, which are commonly used as anti-corrosive coatings. This product is particularly suitable for applications in marine, protective, and industrial coatings.

WACKER® Silicate MKS is an ethyl silicate binder suitable for the formulation of one-pack ethyl silicate zinc-rich primers. These primers are excellent anti-corrosive coatings. WACKER® Silicate MKS is a binder with outstanding anti-setting properties. Paints formulated with it are easy to stir up, even if they have been stored for a long time.

WACKER® Silicate TES 40 WN is an ethyl silicate polymer. It is a low-viscosity liquid that provides approximately 41% of silicon dioxide (silica) upon complete hydrolysis. WACKER® Silicate TES 40 WN is used for the precipitation of polymeric SiO2 structures (silica) upon complete hydrolysis, with ethanol being produced as a by-product.

SILRES® MSE 100 is the methyl ester of a mixture of different oligomeric methylsilicates. It is a methoxyfunctional methyl polysiloxane. SILRES® MSE 100 is specifically recommended as an ambient-temperature moisture-curing binder for heat-resistant paints. When combined with suitable catalysts, temperature-stable pigments, and fillers, SILRES® MSE 100 becomes the optimal binder for ambient-curing, heat-resistant paints.

EZ-Blox® optimizes the performance of alkyd-based paint and coating formulations by preventing surface skin formation due to contact with atmospheric oxygen when, between uses, such formulations sit in containers. EZ-Blox® is a breakthrough product that offers a safe, cost-effective replacement for MEKO, typically with equal efficacy and compatibility with other components in such formulations. With EU-REACH certification and low-toxicity, EZ-Blox® is ideal for paints and coatings producers looking to reformulate high-performance alkyd-based systems post ECHA’s reclassification of MEKO as a Carcinogen 1B substance on March 1, 2022.

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.

HALOX® 520 is a liquid organic corrosion inhibitor primarily designed for use in water-borne coating systems. It contains dual functionality as a corrosion inhibitor and an adhesion promoter. HALOX® 520 may be used in waterborne formulations such as 2 pack epoxy systems, 1 and 2 pack polyurethanes, acrylics (especially epoxy/amine-functionalized), and hybrid systems. It may also be used as a metal pretreatment additive.

HALOX® 570 is an organic corrosion inhibitor designed for use in waterborne industrial and decorative coatings to provide flash rust and long-term corrosion protection on metal surfaces. HALOX® 570 is especially effective along weld seams and, in some cases, can also be used in solvent-based coatings and UV-cured systems. HALOX® 570 may be used in formulations based on waterborne acrylic latexes and co-polymers, styrene/acrylic latexes, acrylate epoxy esters, 2-pack epoxy systems, alkyds, alkyd/acrylic blends, and 1 or 2-pack polyurethane. HALOX® 570 may be used in both waterborne primers and direct-to-metal topcoats. In direct-to-metal coatings, HALOX® 570 has a minimal effect on gloss reduction.

HALOX® 570 LS is a ready-to-use liquid version of our popular organic corrosion inhibitor, HALOX® 570, which requires no dilution. It is designed for use in water-based industrial and decorative coatings to provide flash rust and long-term corrosion protection on metal surfaces. It is especially effective along weld seams to prevent galvanic corrosion. HALOX® 570 LS may be used in formulations based on water-based acrylics, epoxy esters, 2-component epoxy, water-reducible alkyds, and water-based polyurethanes. HALOX® 570 LS may be used in both water-based primers and direct-to-metal topcoats. In direct-to-metal coatings, HALOX® 570 LS has a minimal effect on gloss reduction.

HALOX® RC-980 is an organic additive designed to convert red rust to black iron oxide. It can be used in slightly acidic waterborne vinyl or PVDC binders applied to rusted steel substrates. It converts the rust within minutes of the coating application and forms a black iron oxide barrier that can be further top-coated with water or solvent-based paints. It does not contain tannic acid, oxime chelates, phosphates, or phosphoric acid.

Dragonsorb® 5151 is a mixture of benzotriazole UVA with HALS light stabilizer. This liquid light stabilizer blend is developed specifically for coatings. Its high thermal stability and permanence make it suitable for coatings exposed to high bake temperatures and/or extreme environmental conditions. Its broad UV absorbance allows effective protection of light-sensitive substrates such as wood and plastics.

PerformaSil™ 100 SWBE provides superior application, clean-up, functionality, and a sustainability factor that the entire formulation and manufacturing pipeline benefits from, including additive manufacturers, coating manufacturers, coating application contractors, end-users, and ultimately the environment. This product can be used in the formulation of ambient cure or bake coatings for a wide range of substrates such as masonry, glass, leather, fabric, textiles, and metals. It exhibits outstanding weather, water, and solvent resistance making it an excellent candidate for exterior coatings in harsh weather conditions.

LIOPUR PFL 1284 is an aqueous solvent-free aliphatic polyurethane dispersion based on a special polyester combination. Coatings based on this product form tack-free, transparent films with very good surface hardness after air drying, high flexibility, and elastic properties. These coatings exhibit very good water resistance and good ethanol resistance. It has applications in craft and hobby, industrial coatings, architectural coatings, furniture coatings, and also in other consumer applications.

LIOPUR PFL 3046 is an aqueous aliphatic polyurethane dispersion based on an oleochemical polyester that is surfactant- and TEA-free. It does not need any co-solvents for film formation. Coatings based on this product form tack-free, transparent films with medium surface hardness after air drying with good flexibility. It also exhibits very good water resistance and good ethanol resistance. It has applications in furniture coatings, wood coatings and finishes, architectural coatings, metal coatings, and also in other consumer applications.

LIOPUR 2004-140 is a solvent-free, aqueous, aliphatic polyurethane dispersion based on a special polyester. It has good flow behavior and, as a result of its good adhesion combined with elasticity and flexibility, is highly suitable for coating wood. It has applications in furniture coatings, architectural coatings, crafts and hobby, industrial coatings, and other consumer applications.

LIOPUR PFL 2392 is an aqueous, aliphatic modified polyurethane dispersion based on polyester that is solvent- and triethylamin-free and free of surfactants. After air-drying, film coatings based on LIOPUR PFL 2392 form transparent films that are tack-free and display a good surface resistance of approximately 50 sec. Pendulum hardness after König. It has applications in architectural coatings, wood coatings and furnishings, craft and hobby, metal coatings, automotive OEM coatings, and also in other consumer goods applications.

LIOPUR PFL 2104 is an aqueous, aliphatic polyurethane dispersion based on polyester. After air-drying, film coatings based on LIOPUR PFL 2104 form transparent and flexible films that are nearly tack-free. Films based on LIOPUR PFL 2104 are distinguished by their high elasticity. This product belongs to the automotive and transportation paints and coatings market. It has applications in automotive OEM coatings and industrial coatings.

LIOPUR PFL 1908 is an aqueous, aliphatic polyurethane dispersion based on a polycarbonate solvent. After air-drying, film coatings based on Liopur PFL1908 and more than 15% butylglycole form transparent films that are tack-free and display good surface resistance, high flexibility, and elasticity. LIOPUR PFL 1908 is showing a good wet and dry appearance on wood. It has applications in industrial coatings, wood flooring, furniture coatings, wood coatings, and finishes.

ASCONIUM® 142DA is a liquid corrosion inhibitor for long-term protection of dry film clear coats or paints. It is mainly used in waterborne or solventborne coatings based on 1K acrylic, 2K acrylic, 1K PU or 2K PU resins.

ASCONIUM® 130 is a liquid corrosion inhibitor for long-term protection of dry film clear coats or paints; It is mainly used in waterborne or solventborne epoxy resins.

ASCONIUM® 110 is a liquid corrosion inhibitor for long-term protection of dry film coatings, mainly used in solventborne alkyd clear coats.

ASCONIUM® 140 is a liquid corrosion inhibitor for long-term protection of dry film clear coats or paints. It is mainly used in solventborne coatings based on alkyd or urethane-alkyd resins, and waterborne paints based on 1K or 2K polyurethane resins.

ASCONIUM® 111 is a liquid corrosion inhibitor for long-term protection of dry film clear coats or paints. It is mainly used in waterborne or solventborne coatings based on alkyd, urethane-alkyd, 1K or 2K polyurethane resins.

ASCONIUM® 114 is a liquid corrosion inhibitor for long-term protection of dry film clear coats or paints. It is mainly used in waterborne or solventborne coatings based on alkyd or modified alkyd resins, and waterborne paints based on acrylic resins.

ASCONIUM® 112 is a liquid corrosion inhibitor for long-term protection of dry film clear coats or paints. It is mainly used in waterborne or solventborne coatings based on pure or modified alkyd, polyester, 1K or 2K polyurethane resins.

ASCONIUM® 144DA is a liquid corrosion inhibitor for long-term protection of dry film clear coats or paints. It is mainly used in waterborne or solventborne coatings based on 1K acrylic, 2K acrylic, 1K PU or 2K PU resins.

ASCONIUM® 143 is a liquid corrosion inhibitor for long-term protection of dry film clear coats or paints. It is mainly used in waterborne or solventborne coatings based on 1K acrylic, 2K acrylic, 1K PU, 2K PU or epoxy resins.

AGC Chemicals Americas, Inc. LUMIFLON® FD1000 - FEVE Waterborne Resin Polyol is a fluoroethylene vinyl ether waterborne resin used in applications requiring outstanding exterior durability. It is a polyol used in 2K polyurethane coatings and may be used as a blending resin in 1K systems. It has a low molecular weight combined with a high hydroxyl value for creating 2K waterbased polyurethane coatings with a high crosslink density. This waterborne polyol is classified as a dispersion as it is synthesized without emulsifier. This unique, emulsifier-free technology allows for the formulation of waterbased 2K polyurethane coatings with the same performance as traditional solventbased 2K coatings. Markets include heavy duty industrial coatings, architectural coatings, aerospace coatings, automotive coatings, and coatings for concrete.

AGC Chemicals Americas, Inc. LUMIFLON® LF-600X consists of alternating fluoroethylene and alkyl vinyl ether segments (FEVE). The fluorinated segments provide outstanding UV stability, weather resistance, and chemical resistance, while the vinyl ether segments provide solvent compatibility and crosslinking sites. LUMIFLON resins are used to make ultra-weatherable coatings for architectural, aerospace, automotive, and industrial maintenance markets. LUMIFLON LF-600X is a moderate OH number resin. It is typically used to formulate coil coatings where flexibility and excellent weatherability are required. The major market where LF-600X finds application is the architectural market. However, LF-600X is also being used in ambient cure applications where high coating flexibility is required, for example, in coatings for plastics.

AGC Chemicals Americas, Inc. LUMIFLON® FE4400 - FEVE Waterborne Resin Polyol is a hydroxyl functional fluoroethylene vinyl ether waterborne resin used in applications requiring outstanding exterior durability. It can be used as the sole binder or as a blending resin for coatings that need high performance at a low VOC. It can be crosslinked with polyisocyanates for air dry applications or either blocked polyisocyanates or amino resins for bake applications. Its high molecular weight makes it suitable for 1K coatings as well. Markets include light duty industrial coatings, architectural coatings, aerospace coatings, automotive coatings, and coatings for concrete.

AGC Chemicals Americas, Inc. LUMIFLON® LF-810 Resin is a high molecular weight, low OH number fluoropolymer resin. This product is meant to be formulated without crosslinkers, yielding coatings with extremely high weatherability and corrosion resistance. Potential applications for coatings made with it include architectural, industrial maintenance, and bridge coatings. LUMIFLON® polymers consist of alternating fluoroethylene and alkyl vinyl ether segments (FEVE). The fluorinated segments provide outstanding UV stability, weather resistance, and chemical resistance, while the vinyl ether segments provide solvent compatibility and crosslinking sites.