AGC
AGC LUMIFLON FEVE polymers offer exceptional UV resistance and superior chemical and thermal resistance in paints and coatings.
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FEVE Polymer Resin,
RESIN
AGC
LUMIFLON® LF916F
FEVE Polymer Resin,
RESIN
AGC
LUMIFLON® LF916F is a fluoroethylene vinyl ether polyol used in applications requiring outstanding exterior durability and excellent chemical resistance. It is formulated into low VOC, 2K crosslinkable coatings.
FEVE Polymer Resin,
RESIN
AGC
LUMIFLON® LF710F is a fluoroethylene alkyl vinyl ether alternative copolymer designed for powder coatings. Exhibits weathering resistance, chemical & water resistance, and outstanding UV (ultraviolet) stability.
LUMIFLON® LF200 is a solvent borne fluoroethylene vinyl ether resin designed for weather resistant coatings. LUMIFLON LF 200 has hydroxyl functionality and can be crosslinked with polyisocyanates.
LUMIFLON® FE4300 is a fluoroethylene vinyl ether waterborne resin used in applications requiring outstanding exterior durability. It is used as a blending resin for coatings that need high performance at a low VOC.
Aquaserv
Aquaserv, Inc. provides industrial chemistries to various markets from our manufacturing facilities in Tennessee, Texas and Pennsylvania. These include oil and gas, pulp and paper, HI&I, building and construction, water treatment and preservation. Additionally, Aquaserv provides tolling services for industrial chemicals.
AsahiKASEI
Asahi Kasei Duranate™ is a leading producer of hexamethylene disocyanate (HDI)-based polyisocyanates for polymerization and cross-linking of high weatherability polyurethanes.
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DURANATE™ TUL 100 is hexamethylene diisocyanate (HDI) trimer with extra low viscosity and high NCO content. Acts as a curing agent for urethanes.
DURANATE™ TPA 100 is a hexamethylene diisocyanate (HDI) trimer. It has high NCO content. Acts as a curing agent for urethanes.
DURANATE™ TKA 90SB is a hexamethylene diisocyanate (HDI) trimer compatible with urethanes. Acts as a curing agent.
DURANATE™ TKA 100 is a hexamethylene diisocyanate (HDI) trimer. Acts as a curing agent for urethanes.
DURANATE™ E402 100 is a hexamethylene diisocyanate (HDI) adduct with high flexibility. Acts as a curing agent with urethane resin compatibility. Exhibits excellent color retention, high weatherability, good chemical & abrasion resistance, good adhesion, and drying properties.
DURANATE™ 24A 100 is a low viscosity, biuret type hexamethylene diisocyanate (HDI) with high NCO content. Acts as a curing agent for urethanes.
DURANATE™ 22A 75PX is a biuret type hexamethylene diisocyanate (HDI) with urethane resin compatibility. Acts as a curing agent.
DURANATE™ 22A 100 is a standard biuret grade hexamethylene diisocyanate (HDI) polyisocyanate for polymerization and cross-linking of high weatherability polyurethanes.
Ascotec
ASCOTEC® designs, manufactures and markets liquid ranges of anticorrosion additives, namely ASCOTRAN® and ASCONIUM® that meet almost all needs. These innovative additives, efficient and eco-aware, can be used in various fields such as paints, metallurgy and cleansing products.
Featured
ASCOTEC ASCOTRAN RCX is an anti-corrosion additive for coolants, antifreeze and heat transfer fluids.
ASCOTEC ASCOTRAN L13 is an anti-corrosion additive for metals temporary protection.
ASCOTEC ASCOTRAN NS is an anti-corrosion additive for metal cleaners.
ASCOTEC ASCOTRAN AC1 is an anti-corrosion additive for metal cleaners.
ASCOTEC ASCOTRAN L is an anti-corrosion additive for metal cleaners.
ASCOTEC ASCOTRAN NSC is an anti-corrosion additive for metal working.
ASCOTEC ASCOTRAN HPB is an antiflash-rust additive.
ASCOTEC ASCOTRAN H30 is an antiflash-rust additive.
ASCOTEC ASCOTRAN H18 is an antiflash-rust additive.
ASCOTEC ASCOTRAN H14 is an antiflash-rust additive.
ASCOTEC ASCOTRAN H10 is an antiflash-rust additive.
ASCOTEC ASCOTRAN AL4 is an antiflash-rust additive.
ASCOTEC ASCONIUM 144DA is a liquid-type anticorrosion additives for metal paints.
ASCOTEC ASCONIUM 143 is a liquid-type anticorrosion additives for metal paints.
ASCOTEC ASCONIUM 142DA is a liquid-type anticorrosion additives for metal paints.
ASCOTEC ASCONIUM 141S1 is a liquid-type anticorrosion additives for metal paints.
ASCOTEC ASCONIUM 140 is a liquid-type anticorrosion additives for metal paints.
ASCOTEC ASCONIUM 114 is a liquid-type anticorrosion additives for metal paints.
ASCOTEC ASCONIUM 112 is a liquid-type anticorrosion additives for metal paints.
ASCOTEC AASCONIUM 111 is a liquid-type anticorrosion additives for metal paints.
ASCOTEC ASCONIUM 110 is a liquid-type anticorrosion additives for metal paints.
ASK Chemicals
ASK Chemicals Group is a global supplier of high-performance industrial resins and materials.
The Foundry division, which is one of the world’s largest and most innovative suppliers of foundry chemicals and consumables, offers an exceptionally wide and innovative range of foundry chemicals including binders, coatings, release agents as well as high-performance consumable i.e. mini-risers, filters or metallurgical products for iron casting.
The Industrial Resins division is a leader in the field of specialty phenolic resins. It serves a large variety of applications such as abrasives (e.g. sand paper), friction (e.g. disk brake pads), refractory (e.g. heat resistant material for furnaces), impregnation (of paper or felt) and timber (e.g. plywood). Our phenolic resins are the preferred choice when it comes to meeting the highest requirements in the areas of fire protection, energy consumption, service lifetime, health, and safety at work.
Featured
BIOLIN 100 is a solvent-free copolymer resin based on renewable materials. Due to its high content of unsaturated double bonds and the hydrophobic polymer backbone BIOLIN 100 features a rapid air-drying with excellent final hardness. BIOLIN 100 contains no siccative and therefore cobalt free or cobalt driers can be used. BIOLIN 100 can be used as 1K resin to formulate air-drying jointing compounds and sealants. Its distinct wetting behavior with various substrates like quartz sand and rubber granules is just one further advantage.
NECOWEL FLE 55 R is a 55% emulsion of NECOWEL FLE in water, containing an APEO-free emulsifier system. The emulsion is free of cosolvents, VOC and SVOC. NECOWEL FLE 55 R is especially suited to formulate water-repellent impregnations as well as for treatment of wood and stone. NECOWEL FLE 55 R does not contain any driers and therefore cobalt free or cobalt driers can be used.
NECOWEL FLE 55 R is a 55 % emulsion of NECOWEL FLE in water, containing an APEO free emulsifier system. The emulsion is free of cosolvents, VOC and SVOC.
NECOWEL FLE 55 CF is a 55 % emulsion of NECOWEL FLE in water containing an APEO free emulsifier system. The emulsion is free of cosolvents, VOC and SVOC.
NECOWEL 9076 is an aliphatic PU-modified alkyd emulsion with medium oil length and very fast physical drying properties. The emulsion does not contain APEO and is free of VOC and SVOC.
NECOWEL 5286 is an aliphatic PU-modified alkyd emulsion with medium oil length. The emulsion does not contain APEO, is free of VOC and SVOC and is neutralized with ammonia.
NECOWEL 5110 is a rheologically and aliphatically PU-modified alkyd emulsion with medium oil length. The emulsion does not contain APEO and is free of VOC and SVOC. The emulsion is neutralized with ammonia.
NECOWEL 5088 is an aliphatic PU-modified alkyd emulsion with medium oil length. The emulsion does not contain APEO, is free of VOC and SVOC and is neutralized with ammonia.
NECOWEL 4400 is a cationic modified alkyd emulsion based on saturated fatty acids. The emulsion does not contain APEO and is free of VOC and SVOC. The emulsion is neutralized with ammonia.
NECOWEL 2329 is an aliphatic PU-modified alkyd emulsion with medium oil length. The emulsion does not contain APEO, is free of VOC and SVOC and is neutralized with ammonia.
NECOWEL 2275 is an aliphatic PU-modified alkyd emulsion with medium oil length. The emulsion does not contain APEO, is free of VOC and SVOC and is neutralized with ammonia.
NECOWEL 750 is a polyol component to formulate high quality two component polyurethane lacquers. The emulsion does not contain APEO and is free of VOC and SVOC. Coatings based on this patented binder system show good solvent, weather and yellowing resistance as well as high gloss.
NECOWEL 720 is a polyol component to formulate high quality 2K PU lacquers. The emulsion does not contain APEO and is free of VOC and SVOC.
NECOWEL 700 is a polyol component to formulate high quality two component polyurethane lacquers. The emulsion does not contain APEO and is free of VOC and SVOC. Coatings based on this patented binder system show good solvent, weather and yellowing resistance as well as high gloss. NECOWEL 700 exhibits a higher OH-content compared to NECOWEL 750. Therefore, higher crosslinking density and higher resitances are achieved.
NECOWEL 585 is an aromatic PU-modified, oxidative drying alkyd emulsion with short oil length and very fast drying properties. The emulsion is free of APEO, VOC and SVOC.
NECOWEL 580 is a cosolvent free short oil alkyd emulsion based on non-yellowing fatty acids. The emulsion is free of APEO, VOC and SVOC.
NECOWEL FLE 55 LR is a 55 % emulsion of a copolymer based on linseed oil in water containing an APEO free emulsifier system. The emulsion is free of VOC and SVOC.
NECOLIN FL 2000 is an oxidative drying copolymer resin with low viscosity and high penetration and wetting properties on wood
NECOLIN F 2080 SB is a copolymer resin based on fish oil and unsaturated hydrocarbon. The resin is hydrophob and offers good water and akali resistance. It is an irreversible wetting agent and improves the adhesion to metal, especially to slightly rusted surfaces.
NECOLIN F 2080 is a copolymer resin based on fish oil and unsaturated hydrocarbon. The resin is hydrophob and offers good water and akali resistance. It is an irreversible wetting agent and improves the adhesion to metal, especially to slightly rusted surfaces.
NECOLIN 3100 is an oxidative drying solvent based alkyd resin with medium oil length based on fish oil. The fish oil component provides excellent wetting and penetration properties on different substrates.
Catalyst 806 is a high reactive tertiary amine and well suited to cure polyurethane formulations based on Askocoat technology.
Catalyst 704 is a relatively volatile tertiary amine and well suited to cure polyurethane formulations based on Askocoat technology.
GP PHENOLIC RESIN CK 2400 is a solid thermoplastic phenolic resin.
GP PHENOLIC RESIN BKS 2610 LF is a pure heat-reactive phenolic resin with a significantly reduced free formaldehyde content.
GGP PHENOLIC RESIN BKS 2610 is a pure heat-reactive phenolic resin
GP PHENOLIC RESIN BKS 2600 is a pure heat-reactive phenolic resin.
ASKOCOAT 420 is a modified phenolic resin formulation with natural oils. ASKOCOAT 520 is a modified isocyanate formulation. Both products are especially designed for fertilizer coatings to achieve controlled release properties.
NECOWEL 4300 is a oxidative drying, cationic modified alkyd emulsion with medium oil length. The emulsion does not contain APEO and is free of VOC. The emulsion is neutralized with ammonia.
Bomar
Bomar oligomers are available in a wide range of chemistries and can be used in a variety of markets including 3D printing inks and resins, nail coatings, UV printing inks, adhesives, coatings, pressure-sensitive adhesives (PSAs), graphic arts, screen printing, and more.
Featured
BR 101 D is an aromatic polyester acrylate offers superior chemical resistance and outstanding tensile strength in coatings and ink applications.
JAYLINK 106 E acryl amidomethyl substituted cellulose ester polymer. Responds very rapidly to the curing. Acts as a rheology modifier, and as an adhesion promoter, which once cured will chemically crosslink into the matrix which keeps the material from leaching out. It is free flowing.
JAYLINK 103 M is an acryl amidomethyl substituted cellulose ester polymer. Responds very rapidly to curing. Also acts as a rheology modifier, and as an adhesion promoter, which once cured will chemically crosslink into the matrix which keeps the material from leaching out. It is free flowing.
BR 741MD1 Difunctional Aliphatic Polyether Urethane Methacrylate Oligomer is an aliphatic, difunctional polyether urethane methacrylate offering excellent adhesion and flexibility. While not limited to these applications, it is an effective choice in optically clear coatings and inks for plastics and metals.
BR 581 MT Difunctional Aliphatic Tack Free Topcoat Oligomer is an oligomer blend that provides a low color, tack free cure under low intensity LED cure conditions. BR 581 MT provides a balance of hardness and flexibility for abrasion resistance on flexible substrates, while also yielding a high gloss, non-yellowing finish.
BR 551 ME 1.5 Functional Aliphatic Polyether Urethane Methacrylate Oligomer is an oligomer that provides excellent acetone removability when used in gel polish applications. Low heat generation occurs during cure with UV/LED lamps that are typically used in nail gel polish applications.
BR 551 M Difunctional Aliphatic Polyether Urethane Methacrylate Oligomer is an oligomer that provides excellent acetone removability when used in gel polish applications. Low heat generation occurs during cure with UV/LED lamps that are typically used in nail gel polish applications.
BR 543 MB Difunctional Aliphatic Polyether Urethane Methacrylate Oligomer is a difunctional, aliphatic polyether urethane methacrylate. An excellent candidate to consider for use in cosmetic applications. As a primary oligomer, it offers excellent properties of adhesion and optical clarity.
BR 541 MB Difunctional Aliphatic Polyether Urethane Methacrylate Oligomer is a difunctional aliphatic polyether urethane methacrylate . It is used for its desirable balance of toughness and flexibility and its ability to adhere to a variety of substrates
BR 204 Difunctional Aromatic Polyether Urethane Methacrylate Oligomer is an aromatic polyether urethane dimethacrylate, finds use in a diverse number of UV adhesives applications. It is valued for its strong bond strength, its affinity for glass, steel, and a variety of plastic substrates, and for its excellent elongation.
BR 202 Difunctional Aromatic Polyether Urethane Methacrylate Oligomer is an aromatic polyether urethane dimethacrylate, finds use in a diverse number of UV coating applications. It is valued for its strong bond strength, its affinity for glass, steel, and a variety of plastic substrates, and for its excellent elongation.
BR 543 M is ideal for nail gel coatings. It has high tensile strength, excellent optical clarity, oil resistant, improves impact resistance and adhesion, low skin sensitivity and exhibits hydrolytic stability.
BR 542 MB has tensile strength, excellent optical clarity, low skin sensitivity.
BR 744 SD Difunctional Aliphatic Polyether Urethane Acrylate is a difunctional, aliphatic polyether urethane acrylate offering excellent adhesion, flexibility, and tensile strength. It can be effectively formulated for adhesion to steel, aluminum, and various plastics.
BR 744 BT Difunctional Aliphatic Polyether Urethane Acrylate Oligomer is an aliphatic difunctional polyether urethane acrylate offering excellent adhesion, toughness, and flexibility. It provides excellent flexibility and high elongation to UV formulations and can provide impact and chip resistance to nail gel polishes.
BR 7432 GB Difunctional Aliphatic Polyether Urethane Methacrylate Oligomer is an aliphatic polyether urethane diacrylate, formulates into applications requiring adhesion to various substrates and applications such as thermoforming resistant coatings where toughness and flexibility are required. It provides excellent balance of weathering, solvent resistance, tensile strength, and adhesion properties.
BR 741 Hexafunctional Aliphatic Urethane Acrylate Oligomer is a low molecular weight, difunctional, aliphatic polyether urethane acrylate that can be effectively formulated for adhesion to steel, aluminum, and various plastics with some amount of surface energy.
BR 543 Difunctional Aliphatic Polyether Urethane Acrylate Oligomer is a difunctional, aliphatic, polyether urethane acrylate. Films formulated with it exhibit superior physical and weathering capabilities.
BR 541 S Difunctional Aliphatic Polyether Urethane Acrylate Oligomer is a difunctional, polyether urethane acrylate that is used for its desirable balance of toughness and flexibility. It adheres readily to a variety of substrates including cold rolled steel, glass, PC, and stainless steel.
BR 3747 AE Difunctional Aliphatic Polyether Urethane Acrylate Oligomer is a difunctional, flexible, aliphatic polyether urethane acrylate. It provides adhesion to a variety of unusual substrates: polypropylene, high density polyethylene (HDPE), and polyvinyl chloride (PVC).
BR 3741 AJ 1.3 Functional Aliphatic Polyether Urethane Acrylate Oligomer is an aliphatic 1.3 acrylate functional polyether urethane. The extremely elongated nature of BR 3741 AJ makes it an excellent candidate for consideration in UV light curable PSAs as a reactive tackifier. It is also used as a co-oligomer for adhesion promotion in coatings.
BR 374 Difunctional Aliphatic Polyether Urethane Acrylate Oligomer is a medium molecular weight, difunctional, aliphatic polyether urethane acrylate oligomer. It is a material offering a balance of toughness and flexibility, with very low color.
BR 372 Difunctional Aliphatic Polyether Urethane Acrylate Oligomer is a medium molecular weight, difunctional, aliphatic polyether urethane acrylate oligomer. It is a material offering a balance of toughness and flexibility, with very low color.
BR 3641AJ 1.3 Functional Aliphatic Polyether Urethane Acrylate Oligomer is an aliphatic polyether urethane acrylate with a high molecular weight and theoretical 1.3 functionality. Films formulated with BR 3641AJ are highly flexible, elastomeric, and tacky.
BR 3641 AA 1.3 Functional Aliphatic Polyether Urethane Acrylate Oligomer is an aliphatic polyether urethane acrylate with a high molecular weight and theoretical 1.3 functionality. Films formulated with it are highly flexible, elastomeric, and tacky.
BR 345 Difunctional Aliphatic Polyether Urethane Acrylate Oligomer is a difunctional polyether urethane acrylate that provides unique properties for 3D printing resins. This soft material is ideal for use in applications where high elongation is desired and can be used as an additive for impact resistance.
BR 344 Difunctional Aliphatic Polyether Urethane Acrylate Oligomer is a high molecular weight, difunctional, aliphatic polyether urethane acrylate oligomer. It is a cost effective choice for coatings formulations which require weathering durability and non-yellowing characteristics.
BR 144 H 15 Trifunctional Aliphatic Polyether Urethane Acrylate Oligomer is a trifunctional polyether urethane acrylate with excellent weatherability properties, fast cure speeds, and abrasion and solvent resistance.
BR 144 B Trifunctional Aliphatic Polyether Urethane Acrylate Oligomer is a medium molecular weight, trifunctional, aliphatic polyether urethane acrylate oligomer. It offers the formulator a cost effective means of obtaining high abrasion resistance and solvent resistance in a durable, high gloss coating.
BR 582 responds quickly to UV cure, owing to its elevated functionality.
DCL Pigments
DCL is a global leader in the supply of color pigments and dispersions for the coatings, plastics and ink industries.
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Elkem Silicones
Elkem Silicones is a global leader in fully integrated silicone manufacturing. With a comprehensive silicone product line including specialty fluids and emulsions they service very diverse markets from personal care to energy.
Featured
BLUESIL™ FLD 47 V 1,000,000 are dimethylpolysiloxane polymers with linear chains in various viscosity grades from 5,000 - 1,000,000 cps.
BLUESIL™ 47 V 1000 are straight chained dimethylsiloxanic fluids in various viscosity grades from 50 - 1,000 cps.
BLUESIL™ FLD 48 V Fluids are polydimethylsiloxane silicone oils with linear chains and reactive hydroxyl end groups in various viscosity grades from 750 - 1,000,000 cps.
MIRASIL™ SM is an anti-foam. When used in skin care it improves rub in effect for skin creams and lotions.
BLUESIL™ 47 V 60 000 are dimethylpolysiloxane polymers with linear chains. Benefits include: excellent thermal stability, good dielectric properties, low freezing point, low surface tension, high compressibility, good oxidation resistance, absence of aging under exposure to weather conditions, low variation of viscosity with temperature, good shear resistance, non-miscible with most of organic materials, soluble in aromatic, aliphatic and chlorinated solvents, insoluble in water and alcohols.
BLUESIL™ 47 V 350 are straight chained polydimethylsiloxane fluids. Properties include: very good resistance to high and low temperature, good combustion resistance, good dielectric properties, low surface tension, high compressibility, absence of aging upon exposure to atmospheric agents, good oxidation resistance, little change in viscosity with temperature, good resistance to high and prolonged shear stress.
BLUESIL™ 47 V 12 500 are dimethylpolysiloxane polymers with linear chains. Benefits include: excellent thermal stability, good dielectric properties, low freezing point, low surface tension, high compressibility, good oxidation resistance, absence of aging under exposure to weather conditions, low variation of viscosity with temperature, good shear resistance, non-miscible with most of organic materials, soluble in aromatic, aliphatic and chlorinated solvents, insoluble in water and alcohols.
BLUESIL™ FLD 47 V 1000 are straight chained polydimethylsiloxane fluids. Properties include: Very good resistance to high and low temperature, good combustion resistance, good dielectric properties, low surface tension, high compressibility, absence of aging upon exposure to atmospheric agents, good oxidation resistance, little change in viscosity with temperature, good resistance to high and prolonged shear stress.
BLUESIL™ 47 V 10 000 are dimethylpolysiloxane polymers with linear chains. Benefits include: Excellent thermal stability: good dielectric properties, low freezing point, low surface tension, high compressibility, good oxidation resistance, absence of aging under exposure to weather conditions, low variation of viscosity with temperature, good shear resistance, non-miscible with most of organic materials, soluble in aromatic, aliphatic and chlorinated solvents, insoluble in water and alcohols.
SILCOLAPSE® 721 is a non-ionic aqueous 10% active silicone antifoam and/or defoamer. It offers excellent antifoam and defoaming properties in a wide variety of aqueous applications including those with incidental food contact as well as food processing applications. The product effectively controls foam at concentrations as low as 10 ppm solids, even at elevated temperatures. The product gives good results at wide ranging pH and provides a cost-effective solution where foam is a problem.
SILCOLAPSE® 623 is a 30% silicone antifoam emulsion designed for use in a wide range of aqueous industrial applications. The product effectively controls foam at concentrations as low as 10 ppm solids, even at elevated temperatures and under pressure. It gives good results at wide ranging pH and is particularly effective under alkaline conditions.
SILCOLAPSE® 621 is a 10% silicone antifoam emulsion designed for use in a wide range of aqueous industrial applications. The product effectively controls foam at concentrations as low as 10 ppm solids, even at elevated temperatures and under pressure. It gives good results at wide ranging pH and is particularly effective under alkaline conditions.
MIRASIL™ PTM A1 is a phenyl modified silicone fluid. Its spreadability, lubricity, high refractive index (gloss), and broad compatibility make it a versatile ingredient for a wide range of cosmetics formulations, such as, hair care, skin care, color cosmetics, sun care and deodorants.
BLUESIL™ EMUL 872 RH is a general purpose, non-ionic, aqueous silicone emulsion.
MIRASIL™ D DML is a blend of a Dimethiconol gum of very high viscosity at 12% in a low viscosity Dimethicone. Easy to handle blend of high molecular weight Dimethiconol.
MIRASIL™ DM 100 is a linear polydimethylsiloxane fluid with a low viscosity and low molecular weight.
MIRASIL™ CM 4 volatile silicone fluid is a low viscosity, fast spreading and quickly evaporating silicone cosmetic additive. It provides transient emollience to hair and skin. It has unique sensory characteristics – light smooth dry feel and slip with non-oily and non-tacky after feel.
MIRASIL™ C DML is a solution of a Dimethiconol gum of very high viscosity at 15% in Cyclopentasiloxane. Easy to handle blend of high molecular weight Dimethiconol.
MIRASIL™ CM5 HP is a decamethylcyclopentasiloxane of high purity. It is a volatile carrier that provides a soft silky feel and improves spreading properties for a wide range of personal care applications.
MIRASIL™ D DML HV is a blend of a Dimethiconol gum of very high viscosity at
approx. 16% in a low viscosity Dimethicone. Easy to handle blend of high molecular weight Dimethiconol.
BLUESIL™ BP 9710 is an emulsion with an alkylpolysiloxane oligomer base designed to protect surfaces against moisture. This waterproofing system respects the environment since it is entirely formulated in a water base. It is free of any organic solvent, and it does not contain ecotoxic surfactant.
Evonik
Evonik a leading global silica producer with the capability to provide the highest quality of precipitated silica, fumed silica, and metal oxides. The Coating Additives business line of Evonik is a leading supplier of specialty additives for the coatings and inks industry, with decades of experience coupled with innovative research and development of novel products they strive to have the right solutions to deliver real value to customers. With a vast network of regional laboratories around the globe allowing them to be close with customers to provide tailored silica solutions to benefit from their expertise, innovation, and diversity of silica products.
Featured
HYDREX® R is a filler. Offers improved color quality (chroma or vividness) at a reduced cost in the compounding of colored elastomers. Designed for hoses, bumps, and tires. Suitable for processing by calendaring and extrusion. It is used to improve the fluorescent effect of the pigments.
SILIKOTOP® E 901 is a silicone polyester hybrid resin. For topcoats and direct to metal applications with excellent weather resistance.
SILIKOPON® EF is a silicone epoxy hybrid resin. For 2 pack isocyanate free curable high solids topcoats with a low VOC content. Has good corrosion, excellent gloss, weathering resistance and anti- graffiti effect.
SILIKOPHEN® P 80/X is a non-reactive methyl phenyl silicone resin. It is solvent borne and good air drying. For low VOC formulations.
SILIKOPHEN® P 50/X is a non-reactive methyl phenyl silicone resin. It is solvent borne and good air drying.
SILIKOPHEN® P 40/W is a non-reactive methyl phenyl silicone resin emulsion. It is water reducible. Shows good compatibility with organic resins.
SILIKOPHEN® AC 1000 is a reactive methyl silicone resin. It is solvent free and ambient curing with low smoke and odor development.
SILIKOFTAL® NON STICK 60 is an ethoxy functional silicone polyester resin for release coatings. Product can be used in compliance with FDA 175.300 and BfR XV.
TEGO® ADDBOND LTW B improves adhesion and flexibility of solvent borne coatings on steel, galvanized steel, aluminum, and plastics.
TEGO® ADDBOND LTW improves adhesion and flexibility of solvent borne coatings on steel, galvanized steel, aluminum, and plastics.
TEGO® ADDBOND LTH improves adhesion of coatings on metal and plastic substrates. It does not soften the coating film and can be used for solvent borne, solvent free, and radiation curing coating systems.
TEGO® ADDBOND LP 1611 improves adhesion and flexibility of solvent borne coatings on metal and plastic. It is solvent free and highly suitable for high solids coating systems.
TEGO® ADDBOND LP 1600 improves adhesion and flexibility of solvent borne coatings on metal and plastic. It is solvent free and highly suitable for high solids coating systems.
TEGO® ADDBOND DS 1300 improves adhesion of waterborne coatings on steel, galvanized steel, aluminum, and plastics.
TEGO® ADDBOND 2325 improves flexibility and adhesion of solvent borne coatings. It is especially suitable for acrylic based coating systems.
TEGO® ADDBOND 2220ND improves flexibility and adhesion of solvent borne coatings. This soft polyester shows very good compatibility in non-polar formulations.
SURFYNOL® 2502 is a dynamic wetting agent that provides good foam control and improved water solubility. It is suitable for waterborne coatings and inks.
SURFYNOL® 104S is a free-flowing powder surfactant providing non yellowing and degassing for powder coatings.
SURFYNOL® 104PG 50 is a multifunctional surfactant providing combined dynamic wetting and molecular defoaming in waterborne coatings and inks.
SURFYNOL® 104PA is a multifunctional surfactant providing combined dynamic wetting and molecular defoaming in waterborne coatings and inks.
SURFYNOL® 104H is a multifunctional surfactant providing combined dynamic wetting and molecular defoaming in waterborne coatings and inks.
SURFYNOL® 104E is a multifunctional surfactant providing combined dynamic wetting and molecular defoaming in waterborne coatings and inks.
SURFYNOL® 104DPM is a multifunctional surfactant providing combined dynamic wetting and molecular defoaming in waterborne coatings and inks.
SURFYNOL® 104BC is a multifunctional surfactant providing combined dynamic wetting and molecular defoaming in waterborne coatings and inks.
SURFYNOL® 104A is a multifunctional surfactant providing combined dynamic wetting and molecular defoaming in waterborne coatings and inks.
SURFYNOL® 104 SURFACTANT is a low foam, dynamic wetting agent in solid form – is designed to provide fast, effective wetting in solid coatings and other formulations requiring solider additives.
SURFYNOL® 104 DPM is a multifunctional surfactant providing combined dynamic wetting and molecular defoaming in waterborne coatings and inks.
SIPERNAT® 22 LS is a finely ground silica with a high absorption capacity for liquids.
SURFYNOL® PSA336 provides excellent dynamic wetting on difficult to wet substrates.
SURFYNOL® TG is a nonionic wetting agent and grind aid.
Hockmeyer
Hockmeyer is a leading global provider of wet grinding and dispersion process solutions dedicated to designing equipment that is of the highest quality available. Combined with the service department and applications laboratory staff they are always available to troubleshoot and offer advice to prospective and current clients. Enabling them to evaluate clients’ processes and to help maximize productivity and profits by developing customized solutions.
Featured
HOCKMEYER CMX-200 efficiently cleans practically any size tank, tote, or drum. The rotating brush and spray nozzle assembly provides the mechanical scrubbing and soaking action to effectively clean vessels.
HOCKMEYER Immersion Mills achieve maximum particle size reduction with immersion mills that blend milling and mixing into one action.
HOCKMEYER Mixers are known to be robust and versatile machines that will continue to generate a strong return on investment year after year.
HOCKMEYER Discharge Presses are designed for heavy-duty manufacturing applications, the discharge presses are ideal for reducing labor costs while maintaining product quality during evacuation or transfer.
HOCKMEYER Dispersers & Agitators attain a more uniform mix, thorough dispersion, and wetting, and keep your solutions and liquids homogenized with our line of powerful dispersers and agitators.
Huntsman Polyurethanes
Huntsman Polyurethanes is a global leader in MDI-based polyurethanes and Polyether Polyols. As some of the most versatile polymers available, they are used to create coatings, adhesives, sealants, elastomers, thermoplastic urethanes, and both rigid and flexible foams.
Featured
HUNTSMAN JEFFOL® TP-400 polyol is a 400 molecular weight tri-functional propylene oxide adduct of trimethyl propane. Can be used in polyurethane foam, coatings, and elastomers.
HUNTSMAN JEFFOL® SG-522 polyol is a sucrose glycerin polyol designed for applications requiring a high sucrose content or systems requiring both a sucrose content or systems requiring a sucrose polyol and a polyester polyol.
HUNTSMAN JEFFOL® SG-360 polyol is a general-purpose sucrose-based polyether polyol. It is currently used in pour in place and high-density foam applications
HUNTSMAN JEFFOL® S-490 is a polyoxypropylene sorbitol polyether polyol. Used for low-density foams as well as no both pour in place and packaging applications.
HUNTSMAN JEFFOL® R-425 X is a low viscosity, high functionality, general purpose aromatic amine polyol. Used in both spray and pour in place systems.
HUNTSMAN JEFFOL® R-350X is an aromatic amino polyol with high inherent reactivity and surfactant properties.
HUNTSMAN JEFFOL® PPG-3706 is a di-functional polypropylene glycol-ethylene oxide co-polymer with a 3,700 molecular weight for urethane applications
HUNTSMAN JEFFOL® PPG-2801 is a dipropylene glycol initiated, ethylene oxide tipped diol with a 2801 molecular weight for urethane applications where a high degree of flexibility is important.
HUNTSMAN JEFFOL® PPG-2000 is a 2,000 molecular weight polypropylene glycol polyol containing only propylene oxide.
HUNTSMAN JEFFOL® PPG-1000 is a 1,000 molecular weight polypropylene glycol polyol containing only propylene oxide.
HUNTSMAN JEFFOL® G31-35 is a 4,800 molecular weight tri-functional glycerin-initiated polyol containing both propylene oxide along with ethylene oxide.
HUNTSMAN JEFFOL® G-30-650 is a polyoxypropylene triol polyether polyol containing only secondary hydroxyl groups.
HUNTSMAN JEFFOL® G30-400 is a 426 molecular weight, polyoxypropylene tri-functional polyether polyol.
HUNTSMAN JEFFOL® FX31-240 is a 700 molecular weight tri-functional propylene-oxide based polyether polyol.
HUNTSMAN JEFFOL® FX31-167 Polyol is a 1000 molecular weight triol designed for use in flexible foams.
HUNTSMAN JEFFOL® A-800 is a primary-capped, amine containing polyether polyol. It can be used to promote rapid curing in polyurethane systems.
HUNTSMAN JEFFOL® A630 is a 265 molecular weight tri-functional aliphatic amine, polyether polyol.
HUNTSMAN SUPRASEC 9634 is a carbodiimide modified 4,4-MDI (methylene diphenyl diisocyanate). Designed to be a replacement for pure 4,4-MDI that is liquid at room temperature.
HUNTSMAN SUPRASEC 9615 is a polymeric MDI that has been modified with pure 4,4-MDI and a moderate level of 2,4-MDI. Intended primarily to produce polyurethane adhesives, elastomers, encapsulating agents, and rigid and semi-rigid foams.
HUNTSMAN SUPRASEC 9611 is a moisture cured diisocyanate primer based on diphenylmethane diisocyanate (MDI). Designed as a 1K moisture cure primer system for concrete. However, it can be used on other porous substrates including wood.
HUNTSMAN SUPRASEC 9610 is an aromatic isocyanate based on modified polymeric methylene diphenyl diisocyanate. Is suitable for use in the production of high-performance polyurethane polymer concrete. Provides longer working time and produces a glossier surface.
HUNTSMAN SUPRASEC 9603 MDI is a member of the Polyurea Prepolymer isocyanate family. A prepolymer containing the 2,4 MDI isomer developed to produce elastomers with improved physical properties.
HUNTSMAN SUPRASEC 9584 is an isocyanate component of a primer system based on diphenylmethane diisocyanate (MDI). Designed to produce a 2K primer system for concrete. However, it can be used on other porous substrates including wood.
HUNTSMAN SUPRASEC 9150 MDI Isocyanate is a member of the Liquid Pure MDI isocyanate family. It has been modified to remain liquid at ambient temperatures. An alternative to high 2,4-MDI containing pure MDI variants.
HUNTSMAN SUPRASEC 9114 MDI Isocyanate is a member of the Polyurea Prepolymer isocyanate family. Based on pure 4,4-MDI and contains some 2,4-MDI isomer. Designed to be used in standard polyurea systems.
HUNTSMAN SUPRASEC 9109 MDI Isocyanate is a member of the Polyurea Prepolymer isocyanate family. It is based on pure 4,4-MDI and contains some 2,4-MDI isomer. Designed to be used in standard polyurea systems.
HUNTSMAN SUPRASEC 7507 Isocyanate is a medium functionality prepolymer (f = 2.29) based on polymeric MDI and polyether polyols. A workhorse product to produce flexible polyurethane foam.
HUNTSMAN SUPRASEC® 7315 MDI is a dark brown polymeric isocyanate with an average functionality of 2.2. Can be used in the manufacture of acoustical applications such as carper underlay and dash insulators.
HUNTSMAN SUPRASEC® 2496 is a member of the Polymer Concrete family. Designed specifically for use with a variety of polyols and a cement/filler aggregate for a high-performance concrete material.
HUNTSMAN SUPRASEC® 2445 MDI Isocyanate is a member of the Low Functionality Prepolymer family. Produced from the reaction of a standard MDI with selected polyether polyols for use of 2K urethane products.
Kronos
KRONOS is a leading global producer and marketer of value-added titanium dioxide pigments, or TiO2, a base industrial product used in a wide range of applications. We take pride in making the world brighter with the most effective whitening agent in the world – titanium dioxide (TiO2).
TiO2 is a white pigment playing a key role in the production of paints and coatings, plastics, papers, fibers as well as in specialties such as cosmetics, pharmaceuticals, glass, and ceramics. It has the highest opacity of all white pigments due to its exceptionally high refractive index and subsequent high light-scattering power. Applications using TiO2 are characterized by superior whiteness and brightness, a neutral tone, outstanding dispersibility and excellent tint reduction in colored media.
Featured
Malvern Minerals Co.
Malvern Minerals Co. provides a high purity lamellar quartz or ground silica that is hard, chemically inert with a high melting point. These prized qualities have proven to be essential in special purpose coatings and industrial applications.
Featured
MALVERN MINERALS NOVAKUP® is the only silane treated, lamellar quartz offered within the industry.
MALVERN MINERALS NOVACITE® is a quartz silica unique in the extender/filler market. NOVACITE® L-207A is the "Star" of the line. Normally the product will disperse to a 7 hegman grind. All particles are individually platy with a few clusters. 98% of the particles will fall between one and ten microns. L-207A as fine as it, still has the uniqueness of low resin demand with superior flow properties.
MALVERN MINERALS NOVACITE® is a quartz silica unique in the extender/filler market. NOVACITE® 325 is a typical 325 mesh product although its specifications vary rather widely. The percentage of passing the 325 mesh can be as low as 88% and as high as 99%. It is a good product where lower resin demand in the 44µ range is preferred.
MALVERN MINERALS NOVACITE® is a quartz silica unique in the extender/filler market. NOVACITE® 200 is a product not considered to be very fine in particle size. Normally, it would be preferred where more grittiness, more abrasivity, and lower resin demand are desirable.
MALVERN MINERALS NOVACITE® is a quartz silica unique in the extender/filler market. Graded by micron size, the individual, unagglomerated particles tend toward a platey structure, which promotes superior leveling, meshing and wear-resistance in many performance applications.
Shamrock Technologies
Shamrock Technologies offers a highly technical approach and broad product portfolio for expanding into adjacent markets/applications. With over 10% of its employees dedicated to R&D and technical services in testing laboratories across its six sites globally. Allowing for in-depth technical knowledge and production experience giving formulators the edge they need.
Featured
SHAMROCK HYDROCER™ ER 77 is a non-ionic polypropylene emulsion. Offers optimum slip and abrasion resistance. Provides anti-slip and rub resistance.
SHAMROCK HYDROCER™ EP91 are submicron, paraffin wax emulsified with ionic surfactants in water
SHAMROCK HYDROCER™ EEP 33 Non-ionic, paraffin/oxidized PE co-emulsion. Offers slip control, water repellency and rub resistance. Provides optimum gloss retention.
SHAMROCK HYDROCER™ EC 36 is a 35% APEO-free carnauba wax emulsion in a stable anionic surfactant system. It is recommended for slip, gloss retention, block resistance, and mar resistance in water-based ink and coating applications.
SHAMROCK HYDROCER™ EC 35 is a carnauba wax emulsion in a stable anionic surfactant system for water-based coating and ink applications. It is recommended for slip, gloss retention, block resistance, and mar resistance.
SHAMROCK HYDROCER™ DP-69 is paraffin wax in an aqueous micro dispersion recommended for water-based coating systems.
SHAMROCK HYDROCER™ ASTRO AE 25 F is a non-ionic HDPE (high density polyethylene) emulsion recommended for aqueous coatings, printing inks, leather coatings, seed coatings and food packaging where rub resistance and scratch resistance are required.
SHAMROCK HYDROCER™ AE PW is a non-ionic polyethylene and paraffin emulsion recommended for applications that require water and grease resistance while also exhibiting superior anti-blocking and release properties.
SHAMROCK HYDROCER™ AE 35 FG is a Food Grade non-ionic HDPE (high density polyethylene) wax emulsion recommended for aqueous coatings, printing inks, leather coatings, seed coatings and food packaging where rub resistance and scratch resistance are required.
SHAMROCK HYDROCER™ AE 30BC is a bio-based carnauba wax modified beeswax emulsion that provides a powerful reduction in coefficient of friction and increase in abrasion resistance while maintaining clarity and sheen stability in water-based coating and ink applications.
SHAMROCK HYDROCER™ 8481 is a stable, non-ionic aqueous synthetic wax emulsion. The HYDROCER products are wax emulsions, dispersions, or a combination of these.
SHAMROCK HYDROCER™ 7112 is a stable, aqueous synthetic wax dispersion. It is recommended for water-based ink and coating systems.
SHAMROCK HYDROCER™ 59 is a 30% aqueous dispersion of a modified polypropylene wax that provides excellent non-skid properties as well as abrasion resistance in water-based coating and ink applications.
SHAMROCK HYDROCER™ 357 is a stable, non-ionic aqueous spherical synthetic wax dispersion.
SHAMROCK HYDROCER™ 303 is a 35% aqueous dispersion of a special blend of polyethylene waxes.
SHAMROCK HYDROCER™ 257 is a stable, non-ionic aqueous synthetic wax dispersion.
SHAMROCK HYDROCER™ 145 is an amide wax in a non-ionic aqueous dispersion. It is recommended for use in the water-based coating systems.
SHAMROCK HYDROCER™ 135 is an aqueous amide wax dispersion.
SHAMROCK CERASPERSE UV 636 is carnauba wax dispersed in the UV monomer TRPGDA. Acts as a slip control agent and abrasion resistance agent.
SHAMROCK CERASPERSE 31 is carnauba wax compounded in Butyl Carbitol (Diethylene glycol monobutyl ether). This slow-evaporating, hydrophilic glycol ether provides compatibility with both polar and non-polar systems.
SHAMROCK CERASPERSE 174 is synthetic wax and polytetrafluoroethylene (PTFE) compounded in refined linseed oil.
SHAMROCK CERASPERSE 171 is a synthetic wax compounded in refined linseed oil.
SHAMROCK CERASPERSE CSP161 is a polyethylene wax in vegetable oil. Acts as a slip control agent. Provides very good rub resistance and slip performance.
SHAMROCK HYDROPEL QB is a blend of paraffin and synthetic wax showing melting peaks ranging from 50-105°C.
SHAMROCK AQUAFLON® DF is a 25% sub-micron polytetrafluoroethylene (PTFE) water-based film forming dispersion. In water-based coatings and lubricants it offers excellent anti-wear and low friction properties, as well as good rub and abrasion resistance. Whether used in a coating or used alone, it forms a hard film, and offers good adhesion to any substrate.
SHAMROCK AQUAFLON® 60 is a self-stable 60% polytetrafluoroethylene (PTFE) dispersion in water. It offers excellent lubrication properties and is ideal of all waterborne coating and lubricant systems.
SHAMROCK AQUAFLON® 52-RC is a nonionic dispersion of polytetrafluoroethylene (PTFE) and is produced to follow EU regulatory requirements.
SHAMROCK AQUAFLON® 52 is a nonionic aqueous dispersion of polytetrafluoroethylene (PTFE).
SHAMROCK AQUAFLON® 50 is an aqueous dispersion containing submicron PTFE.
SHAMROCK NANOFLON® W50C is a stable 50% dispersion of submicron Polytetrafluoroethylene in water with an average particle size of less than 0.5 micron intended to improve non-stick properties, lubricity and wear resistance and reduce coefficient of friction.
Shenzhen Feiyang Protech
Shenzhen Feiyang Protech Corporation is a global supplier of polyaspartic material into the coatings and construction markets.
Featured
FEISPARTIC F520 L is an Amino functional co-reactant for polyisocyanates, it’s the same model as NH1520, could be used for the formulation of high-solids, two-component polyurethane topcoats and solvent-free coating materials.
FEIYANG PROTECH FEISPARTIC F524 is an amine-functional solvent free resin. It is an aspartic ester polymer as reactive partner for polyisocyanates.
FEIYANG PROTECH FEISPARTIC F520 is an Amino functional co-reactant for polyisocyanates, it’s the same model as NH1520, could be used for the formulation of high-solids, two-component polyurethane topcoats and solvent-free coating materials.
FEIYANG PROTECH FEISPARTIC F420 is Amino functional co-reactant for polyisocyanates, it’s the same model as NH1420, could be used for the formulation of high-solids, two-component polyurethane topcoats and solvent-free coating materials.
FEIYANG PROTECH FEISPARTIC F2850 is an Amino functional co-reactant for polyisocyanates, it’s the same model as NH2850 XP, could be used for the formulation of high-solids, two-component polyurethane topcoats and solvent-free coating materials.
FEIYANG PROTECH FEISPARTIC F220 is reactive partner for polyisocyanates, is a solvent free amine-functional resin. It is the same model as NH1220, could be used for the formulation of tough but flexible, lightfast, and highly reactive two-component polyurethane spray coatings.
Shin-Etsu MicroSi
Shin-Etsu MicroSi is a wholly owned subsidiary of Shin-Etsu Chemical established in 1984. With product lines designed to address today’s photolithography, packaging, and coatings requirements.
Featured
SHIN-ETSU MICROSI SOLBIN® TA3 is a thermoplastic resin consisting of polyvinyl chloride (VC), polyhydroxy acrylate and polyvinyl acetate (VAc) Vinyl Chloride-Vinyl Acetate Copolymer Resin. (Southwest Only)
SHIN-ETSU MICROSI SOLBIN® CLL is a copolymer of vinyl chloride (VC) and vinyl acetate (VAc). Due to its lower molecular weight than SOLBIN® C & CL, it provides lower solution viscosity. (Southwest Only)
SHIN-ETSU MICROSI SOLBIN® C is a thermoplastic resin consisting of polyvinyl chloride (VC) and polyvinyl acetate (VAc). (Southwest Only)
SHIN-ETSU MICROSI SOLBIN® CLL is a copolymer of vinyl chloride (VC) and vinyl acetate (VAc). Due to its lower molecular weight than SOLBIN® C & CL, it provides lower solution viscosity. (Southwest Only)
SHIN-ETSU MICROSI SOLBIN® TA5R is a modified resin that combines the toughness and chemical resistance of vinyl chloride, strong adhesiveness and plasticity of vinyl acetate, and other polar groups that enhance adhesivity and solubility. (Southwest Only)
SHIN-ETSU MICROSI SOLBIN® M5 is a copolymer of vinyl chloride (VC), vinyl acetate (VAc) and dicarbonic acid. It is a modified resin that combines the toughness and chemical resistance of vinyl chloride, strong adhesiveness and plasticity of vinyl acetate, and other polar groups that enhance adhesivity and solubility. (Southwest Only)
SHIN-ETSU MICROSI VINYBLAN® 735 is a polymerized vinyl chloride-acrylic copolymer emulsion. It is based on Nissin's unique technology and developed without using any emulsifier. (Southwest Only)
SHIN-ETSU MICROSI VINYBLAN® 715 is a Vinyl chloride/polyurethane (aqueous solution). It is a polymerized vinyl chloride emulsion based on Nissin’s unique technology without using any emulsifier. (Southwest Only)
SHIN-ETSU MICROSI SOLBIN® Vinyl Chloride-Vinyl Acetate Copolymer Resin is a modified resin that combines the toughness and chemical resistance of vinyl chloride, strong adhesiveness and plasticity of vinyl acetate, and other polar groups that enhance adhesivity and solubility. (Southwest Only)
SHIN-ETSU MICROSI CHALINE® LC-190 is a hybrid emulsion (coating type) which offers the surface activity of silicone resin and the film-forming ability of acrylic resin as well as being very compatible with other types of resins. It has a unique silicone-rich silicone/acrylic composition. (Southwest Only)
Specialty Minerals
A Specialty Minerals is a leading mineral supplier of talc, ground calcium carbonate (GCC), and precipitated calcium carbonate (PCC) with mines and plants located throughout the country.
Featured
SPECIALTY MINERALS TALCRON® MP 45-26 is a talc product which improves stiffness and impact resistance in polymer applications. This product has an average particle size of 8 microns and an oil absorption of 26.
SPECIALTY MINERALS TALCRON® MP 40-27 is a talc product which improves stiffness and impact resistance in polymer applications. This product has an average particle size of 4 microns and an oil absorption of 30.
SPECIALTY MINERALS TALCRON® MP 30-36 is a talc product which improves stiffness and impact resistance in polymer applications. This product has an average particle size of 3 microns and an oil absorption of 34.
SPECIALTY MINERALS TALCRON® MP 15-38 is a talc product which improves stiffness and impact resistance in polymer applications. This product has an average particle size of 2 microns and an oil absorption of 42.
SPECIALTY MINERALS TALCRON® MP 12-50 is a talc product which improves stiffness and impact resistance in polymer applications. This product has an average particle size of 1.2 microns and an oil absorption of 53.
SPECIALTY MINERALS TALCRON® MP 10-52 is a talc product which improves stiffness and impact resistance in polymer applications. This product has an average particle size of 1 micron and an oil absorption of 55.
SPECIALTY MINERALS SERICRON® 5M is a talc product which has a high chemical resistance. This product has an oil absorption of 36 and a density of 2.8.
SPECIALTY MINERALS SERICRON® 4M is a talc product which has a high chemical resistance. This product has an oil absorption of 30 and a median particle size of 4 microns.
SPECIALTY MINERALS SERICRON® 3M is a talc product which has a high chemical resistance. This product has an oil absorption of 24 and a median particle size of 8 microns.
SPECIALTY MINERALS MICROTALC® Talc possesses platy particle shape and highly oleophilic surface. Used as thixotropic additive and functional filler in adhesives and sealants.
SPECIALTY MINERALS SUPER-FIL® ground calcium carbonate has an engineered particle size distribution combined with an organophilic surface which provides improvement in blown film and cast line speed.
SPECIALTY MINERALS ViCALity Extra Light is powdered calcium carbonate. This product has an average particle size of 1.8 microns. Products are low in lead, and high in oil absorption.
SPECIALTY MINERALS SUPER-PFLEX® 100 precipitated calcium carbonate (pcc) is surface treated, fine particle size, precipitated calcium carbonates with unique crystal morphologies and very narrow particle size distribution.
SPECIALTY MINERALS VICRON® 45-3 is a mineral additive which consists of limestone and quartz. This product has an average particle size 10 microns and a surface area of 1.1 m3/grams. VICRON® 45-3 provides a controlled particle size and a low surface area to paints and coatings.
SPECIALTY MINERALS VICRON® 31-6 is a mineral additive which consists of limestone and quartz. This product has an average particle size 6.5 microns and an oil absorption of 16 percent. VICRON® 31-6 provides a controlled particle size and a low surface area to paints and coatings.
SPECIALTY MINERALS VICRON® 25-11 is a mineral additive which consists of limestone and quartz. This product has an average particle size 5.5 microns and an oil absorption of 18 percent. VICRON® 25-11 provides a controlled particle size and a low surface area to paints and coatings.
SPECIALTY MINERALS VICRON® 15-15 is a mineral additive which consists of limestone and quartz. This product has an average particle size 3.5 microns and an oil absorption of 20 percent. VICRON® 15-15 provides a controlled particle size and a low surface area to paints and coatings.
SPECIALTY MINERALS VICRON® 10-20 Ground limestone. Acts as extender and property enhancer in thermoplastic and thermoset polymers. Is characterized by their controlled particle size, low surface area, high brightness, and low oil absorption relative to other industrial minerals. Also acts as a general-purpose filler.
SPECIALTY MINERALS VICRON® FRP is a finely ground, high purity, coated calcium carbonate especially designed to improve flow and dispersion in polyester resin systems.
SPECIALTY MINERALS HI-PFLEX® 100 is a high quality, surface treated, general purpose ground limestone developed for plastics applications. It is free flowing and easily disperses in most polymeric systems.
SPECIALTY MINERALS MARBLEWHITE® 325 is a high purity calcium carbonate. Is characterized by high brightness and controlled particle size. Consistent MARBLEWHITE® limestone quality is assured by manufacturing process control, from mining of the calcite ore to final packaging.
SPECIALTY MINERALS MARBLEWHITE® 200 is a limestone product which is a high purity calcium carbonate. This product has an oil absorption of 12 and a bulk density of 0.8 g/cc. It provides brightness and controlled particle size to paints and coatings.
TIB Chemicals, Corp.
TIB Chemicals Corp is a leading global supplier of specialty metal-based additives. With an extensive range of products used across numerous industries, including plastics, coatings, elastomers, adhesives, sealants, personal care, hydrogen peroxide, oil/gas drilling additives, electronics, and lubricants.
Featured
REAXIS® C616 is an effective zinc catalyst for the crosslinking of polyurethanes. It exhibits lower reactivity compared to organotins and provides pot life extension in 2 component systems.
REAXIS® C620, Zinc Octoate can be used as a catalyst for polyurethane resin synthesis and crosslinking.
REAXIS® E144P, Sodium Stannate, is a fast-dissolving alkaline tin salt manufactured by a proprietary direct process that yields consistently high purity crystal.
REAXIS® CA33, Tertiary Amine, acts as a catalyst (TEDA standard). It is stable and possesses an incompatibility with strong oxidizing acids, halogenated organic compounds, aldehydes, copper, and copper alloys.
REAXIS® C416 is a liquid tin catalyst used in the synthesis and curing of polyurethanes. It provides for more of a delayed action cure and enhanced hydrolytic stability compared to standard organotin carboxylates.
REAXIS® C33W50 is a hydrolytically stable catalyst used for curing waterborne polyurethane systems.
REAXIS® C325 is a liquid catalyst of high activity used in the condensation cure of silicones and the synthesis and curing of polyurethanes.
REAXIS® C321 is a liquid catalyst used in the synthesis and curing of polyurethanes. It provides for more of a delayed action cure compared to organotin carboxylates.
REAXIS® C319 is a liquid catalyst used in the synthesis and curing of polyurethanes.
REAXIS® C248D is a stable liquid blend of a dibutyltin and plasticizer.
REAXIS® C218, Dibutyltin Dilaurate, is a versatile organotin catalyst that can be used in various applications, including a wide range of polyurethane formulation.
REAXIS® C129, Stannous Octoate, is a metal-based homogenous stannous tin catalyst that is used in a number of application chemistries.
REAXIS® C716, a Bismuth Carboxylate, is an effective catalyst for use in various polyurethane applications. It gives a good balance in front and back reactivity.
Tolsa
Tolsa offers a wide range of applications such as Paints & Coatings, Construction, Civil Engineering, Foundry, Oil & Gas, Mining, Bitumen & Asphalt, thanks to the absorption capacity, dispersibility, pseudoplasticity and thixotropy of clays.
Featured
PANGEL B20 is a powdered additive with a high thickening and anti-settling capacity for intermediate polarity systems, particularly recommended for systems based on aromatic and unsaturated polyester type solvents.
PANGEL S9 imparts excellent thixotropic and pseudoplastic properties to the system in which it is incorporated, improving stability and application properties.
US Polymers-Accurez, LLC
US Polymers-Accurez, LLC has grown to become one of the most trusted names for specialty coatings & inks resins in the industry. By providing high performance resins for inks and coatings, as well as superior varnishes they have partnered with their customers to enhance their business success. Our experienced chemists work one-on-one with customers to develop new formulations and improve the performance of existing ones.
Featured
US POLYMERS HPP-9598 is an innovative high solids hydroxyl functional polyester designed to crosslink with a polyisocyanates at room temperature to produce high performance finish coatings for a variety of industrial applications.
US POLYMERS HPP 6031 is a saturated polyester for higher solids coatings (lower V.O.C.) at 75% in PM Acetate. These coating s possess gloss retention, light stability and good chemical and abrasion resistance.
US POLYMERS HPP 6007 is a saturated hydroxyl functional polyester resin designed to crosslink at room temperature with polyisocyanates to produce high performance high solids coatings.
US POLYMERS HPP 6000 70 PMA is a hydroxyl functional polyester designed to crosslink at room temperature with polyisocyanates. When combined with aliphatic polyisocyanates, coatings with superior hardness, abrasion, chemical, corrosion and weather resistance.
US POLYMERS HPP 6000-65 PMA is a hydroxyl functional polyester designed to crosslink at room temperature with polyisocyanates to produce high performance coatings. When combined with aliphatic polyisocyanates, coatings with superior hardness, abrasion, chemical, corrosion and weather resistance are produced.
US POLYMERS VALTEX 389 is a modified phenolic tung oil varnish used in making wrinkle finishes. This varnish can be air dried or baked and is used for metal or concrete applications
US POLYMERS VALTEX 105 HS is a high quality pure phenolic modified tung oil varnish for interior and exterior applications which will provide excellent clarity and recoatability.
US POLYMERS HPP 8546 (E 560) is a Nitrocellulose solution and is designed to enhance properties for nail polish applications.
US POLYMERS HPP D-9282-17-80 is a high solid polyester polyol. It provides very high gloss, heightened durability, and color retention. It offers good mechanical properties.
US POLYMERS HPP E 9945 21 70 is a TOFA based water reducible chain stopped alkyd designed to give a combination of corrosion and water resistance. The product develops very good hardness. Must be neutralized prior to addition of water and may require co-solvent for better solubility.
US POLYMERS HPP E 9932 21 70 is an acrylic modified alkyd which exhibits phenomenal air-drying. It has excellent adhesion to metal with exceptional gloss, gloss retention, and weatherability.
US POLYMERS HPP E 9927 21 80 is a high solids medium soya oil alkyd designed for use in a variety of architectural and industrial finishes. It can be used in clear or pigmented systems.
US POLYMERS HPP E 9907 21 75 is a high solids phenolic modified alkyd resin designed for air dry industrial maintenance type finishes. Gives fast dry, salt spray resistance and designated for non-lifting primers
US POLYMERS HPP E 9657 19 80 is a medium soya oil-based alkyd designed for use in a variety of architectural and industrial finishes. It can be used in clear or pigmented applications.
US POLYMERS HPP E 9228 18 65 is a short coconut oil alkyd designed to be used as a baking vehicle with an aminoplast resin. It can also be used as a plasticizer for nitrocellulose lacquers.
US POLYMERS HPP 8405-70 is a coconut oil, short oil alkyd resin designed for high quality baking enamels and as a plasticizer for nitrocellulose lacquers.
US POLYMERS HPP 8405 is a coconut, short oil alkyd resin designed for high quality baking enamels and as a plasticizer for nitrocellulose lacquers.
US POLYMERS HPP 3096 MA is a short oil chain stopped alkyd designed for metal product finishes and aerosol enamels. HPP 3096 MA provides good gloss retention and excellent dry.
US POLYMERS HPP 3096 is a short oil chain stopped alkyd designed for metal finishes and aerosol enamels. Provides good gloss retention and excellent dry.
US POLYMERS HPP 3041 LT is a short oil alkyd designed for air dry and short bake industrial coatings. It is a lighter color version of HPP 3041.
US POLYMERS HPP 3037 70 EB is a short oil alkyd designed to be used as a baking vehicle with an aminoplast resin. It can be used as a plasticizer for lacquers.
US POLYMERS HPP 3037 70 is a short oil alkyd designed to be used as a baking vehicle with an aminoplast resin. Can be used as a plasticizer for lacquers.
US POLYMERS HPP 3037 is a short oil alkyd designed to be used as a baking vehicle with an aminoplast resin. It can also be used as a plasticizer for lacquers.
US POLYMERS HPP 1885 is a high solids 30% modified silicone alkyd copolymer that imparts outstanding durability to exterior gloss and semi-gloss enamels. Coatings based on HPP 1885 are long lasting, tough and abrasion resistant.
US POLYMERS HPP 1047 is an epoxy resin at 50% solids in Xylene. It is suggested for use in air-dry and forced dried industrial and industrial maintenance applications. Those include rust inhibitive primers, zinc-rich primers, enamels, and clear coats for optimum performance in a single package system.
US POLYMERS HPP D-9312-17-65 is an aliphatic hydroxy functional polyester. It can be crosslinked with polyisocyanates at room temperature producing superior hardness, abrasion, chemical, corrosion and weather resistance.
US POLYMERS Co Co Rez 70-MS-1 Is a grinding vehicle for Pigments Solvent Based Systems.
US POLYMERS Co Co Rez 70 MS is a grinding vehicle for pigmented solvent based systems. Co Co Rez 70 MS has the broadest range compatibility for any solvent based grinding resin.
US POLYMERS HPP 1427 is an oil modified epoxy resin at 50% solids in Xylene for use in air-dry and forced dried industrial and maintenance applications including rust inhibitive primers, zinc-rich primers, enamels, and clear coats.
US POLYMERS EPITEX-C-9885-21-50 is a TOFA based epoxy ester resin supplied at 50 percent solids. It is suggested for use in air-dry and forced dried industrial and industrial maintenance applications.
U.S. Silica
U.S. Silica is an industrial minerals and logistics leader. With core competencies in mining, processing, logistics and material science that enables them to produce over 1,500 diversified products to customers in a wide array of end uses.
Featured
US SILICA Q-ROK® graded whole grain is a very clean, off-white silica sand. The subangular grain shape of this coarse silica sand makes it the ideal product for today's most demanding construction projects. Choose from four different grades with AFS fineness ranging from 5 to 40.*
US SILICA MIN-U-SIL® is a natural, fine ground silica with high purity. The consistent pH and narrow size distribution allows very high loading with minimal effect on viscosity and cure rate. It is inert, and offers increased shore durometer, reduced shrinkage, improved thermal conductivity, increased density,
US SILICA MIN-U-SIL® 40 is a high purity, inert, high quality natural crystalline fine ground silica. Used as a good filler/extender in architectural, industrial and traffic paints and coatings. It offers low moisture, hardness, improved resistance to wear, burnish, abrasion and stains and very good color acceptance.
US SILICA MIN-U-SIL® 15 Fine ground silica. Acts as a semi-reinforcing filler. In comparison to synthetic silicas, it offers an increased shore durometer, improved thermal conductivity, increased density, improved oil resistance, reduced shrinkage, and high dielectric strength. It allows very high loading with minimal effect on viscosity and cut rate versus synthetic silicas. Has an acid-resistant durability, chemical inertness along with consistent color, purity, and size distribution.
US SILICA MIN-U-SIL® 10 is a natural, fine ground silica with high purity. The consistent pH and narrow size distribution of MIN-U-SIL® 10 allows very high loading with minimal effect on viscosity and cure rate.
US SILICA SIL-CO-SIL® 90 a ground silica. It acts as a filler and extender. It is naturally bright white, low in moisture and contains at least 99.5% pure silicon dioxide.
US SILICA SIL-CO-SIL® 53 is a ground silica. Acts as a filler and an extender. It is naturally bright white, low in moisture and contains at least 99.5% pure SiO2. In comparison to other natural minerals, it offers an improved chemical resistance, low resin demand, dispersibility, neutral and moderate pH as well as comparable color and refractive index. It exhibits acid-resistant durability and chemical inertness.
US SILICA SIL-CO-SIL® 52 is a high purity, inert, fine ground silica. Used as a very good filler for traffic paints. Offers low moisture, natural hardness, chemical resistance, high brightness, and low oil absorption.
US SILICA SIL-CO-SIL® 45 is a high purity, inert, fine ground silica. Used as a very good filler for traffic paints. Offers low moisture, natural hardness, chemical resistance, high brightness, and low oil absorption.
US SILICA SIL-CO-SIL® 106 is a ground silica. Acts as a filler and an extender. It is naturally bright white, low in moisture and contains at least 99.5% pure SiO2. In comparison to other natural minerals, SIL-CO-SIL® 106 offers an improved chemical resistance, low resin demand, dispersibility, neutral and moderate pH as well as comparable color and refractive index.