Products in Industrial Coatings: 1K (1 component) Coating

Cinquasia® Vi L 5120 is an inorganic pigment designed for use in industrial coatings. Leveraging advanced CASE Ingredients technology, this violet pigment is ideal for applications in paints and coatings, specifically tailored for industrial coating formulations. Delivering vibrant color, Cinquasia® Vi L 5120 enhances the visual appeal of industrial surfaces. Its cutting-edge composition ensures superior performance in achieving the desired coloration.

Tinuvin® 5248 is a liquid light stabilizer blend incorporating a triazine-based UV absorber and a basic hindered amine light stabilizer (HALS) for coatings, adhesives, and sealants. Formulated to address the high performance and durability needs of exterior solvent-based automotive, industrial, architectural, and decorative coatings, including energy-curable systems (UV, electron beam). Key features and benefits include high thermal stability and photo permanence, containing a basic multipurpose HALS, a UV absorber insensitive to metal ions and amines, preventing the formation of colored complexes, and a synergistic combination providing superior coating protection against gloss reduction, cracking, blistering, delamination, or color change, ensuring comprehensive substrate protection.

Tinuvin® 249-DW ECO is a UV absorber primarily designed for use in various coatings, including 2K and 1K coatings, specifically those in waterborne formulations. It offers attributes like outdoor durability and thermal resistance, providing protection against UV-induced degradation and enhancing the longevity of coatings. This product is available in a dispersion form for easy integration into coating formulations.

Tinuvin® 292 HP is a liquid hindered amine light stabilizer developed for color-sensitive coating applications. It is a versatile HALS with superior performance in both water- and solvent-based coatings, extending the usable lifetime of coatings by minimizing loss of gloss and cracking. It demonstrates excellent compatibility with a wide variety of coating systems.

Efka® PB 2001 is a silicone-free defoamer tailored for non-aqueous coatings. It is especially suited for highly viscous coatings based on 2-pack epoxy, unsaturated polyester, and PUR systems. The blend of vinyl polymers in organic solvents ensures effective defoaming, making it suitable for applications like nitrocellulose lacquers, acid-curable wood coatings, and fast-drying formulations applied on curtain coaters.

Tinuvin® 292is a liquid hindered amine light stabilizer (HALS) developed specifically for coatings. It comprises an almost pure mixture of two active ingredients, allowing it to remain in liquid form, unlike the tendency of pure diester to solidify, even at room temperature. The efficiency of Tinuvin 292 significantly prolongs the lifetime of coatings by reducing paint defects such as cracking and loss of gloss. Key features and benefits include versatility in both water and solvent based coatings, extension of coating lifetime, and excellent compatibility with a wide variety of coating systems.

Joncryl® 9533 is utilized in various end uses, including 1K (1 component) coating and waterborne coating systems, particularly suited for wood substrates. Its notable features encompass chemical resistance, transparency, blocking resistance, improved hardness, good surface protection, and excellent scratch resistance, making it a versatile choice. Additionally, it serves as a binder and resin in these applications.

Joncryl® 9532 serves as a binder and resin in various end uses, such as 1K (1 component) coating and waterborne coating systems specifically tailored for wood substrates. Its noteworthy features include chemical resistance, transparency, blocking resistance, improved hardness, good surface protection, and excellent scratch resistance. Additionally, it complies with labeling claims for low VOC content and sustainability.

Joncryl® 9534 finds application in various end uses, such as 1K (1 component) coating and waterborne coating systems, particularly suited for wood substrates. Its distinguishing features include chemical resistance, transparency, blocking resistance, improved hardness, good surface protection, and excellent scratch resistance. Moreover, it serves as a binder and resin in these applications, with labeling claims of being low-VOC and sustainable.

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.

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.

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 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® 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® 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.

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 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 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.

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 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.

ASCONIUM® 142DA can replace mineral anti-corrosion pigments or improve their performance in waterborne or solventborne metal coatings. It is a hydrophobic agent that improves the water resistance of dry films. This ASCONIUM® grade can be used as the sole anti-corrosion additive in coatings or in conjunction with other anti-corrosion pigments to improve their performance. As a liquid-type additive, it is easy to incorporate into coating formulations and will not reduce the gloss of the coating’s dry film.

ASCONIUM® 112 can replace mineral anti-corrosion pigments or improve their performance in waterborne or solventborne metal coatings. It is a hydrophobic agent that improves the water resistance of dry films. This ASCONIUM® grade can be used as the sole anti-corrosion additive in coatings or in conjunction with other anti-corrosion pigments to improve their performance. As a liquid-type additive, it is easy to incorporate into coating formulations and will not reduce the gloss of the coating’s dry film.

ASCONIUM® 114 can replace mineral anti-corrosion pigments or improve their performance in waterborne or solventborne metal coatings. It is a hydrophobic agent that improves the water resistance of dry films. This ASCONIUM® grade can be used as the sole anti-corrosion additive in coatings or in conjunction with other anti-corrosion pigments to improve their performance. As a liquid-type additive, it is easy to incorporate into coating formulations and will not reduce the gloss of the coating’s dry film.

ASCONIUM® 143 can replace mineral anti-corrosion pigments or improve their performance in waterborne or solventborne metal coatings. It is a hydrophobic agent that improves the water resistance of dry films. This ASCONIUM® grade can be used as the sole anti-corrosion additive in coatings or in conjunction with other anti-corrosion pigments to improve their performance. As a liquid-type additive, it is easy to incorporate into coating formulations and will not reduce the gloss of the coating’s dry film.

ASCONIUM® 140 can replace mineral anti-corrosion pigments or improve their performance in waterborne or solventborne metal coatings. It is a hydrophobic agent that improves the water resistance of dry films. This ASCONIUM® grade can be used as the sole anti-corrosion additive in coatings or in conjunction with other anti-corrosion pigments to improve their performance. As a liquid-type additive, it is easy to incorporate into coating formulations and will not reduce the gloss of the coating’s dry film.

ASCONIUM® 110 replaces or enhances the effectiveness of mineral anticorrosive pigments in aqueous and solventborne metal coatings. It is a hydrophobic agent that enhances the water resistance of dry films. For substrates made of galvanized steel, this product functions as an anti flash-rust additive. It is used as a corrosion inhibitor to protect metal packaging.

ASCONIUM® 130 is a liquid additive that improves the anti-corrosion and hydrophobic properties of both waterborne and solventborne metal coatings and enhances their adhesion to metal substrates. This product can be used alone or in combination with other anti-corrosion agents.

ASCONIUM® 111 can replace mineral anti-corrosion pigments or improve their performance in waterborne or solventborne metal coatings. It is a hydrophobic agent that improves the water resistance of dry films. This ASCONIUM® grade can be used as the sole anti-corrosion additive in coatings or in conjunction with other anti-corrosion pigments to improve their performance. As a liquid-type additive, it is easy to incorporate into coating formulations and will not reduce the gloss of the coating’s dry film.