| CAB-O-SIL® M-5 | Cabot Corporation - Additives | CAB-O-SIL® M-5 is a untreated medium surface fumed silica that provides thickening, thixotrophic, and anti-settling behavior in liquid systems. It is most efficient in non-polar to medium polarity systems, and provides increases in hardness, tensile stren...voir plus CAB-O-SIL® M-5 is a untreated medium surface fumed silica that provides thickening, thixotrophic, and anti-settling behavior in liquid systems. It is most efficient in non-polar to medium polarity systems, and provides increases in hardness, tensile strength and elongation. It can be used for reinforcement of silicone and organic rubbers. This product is well suited for use in coatings, adhesives, and other liquid systems. voir moins | |
| CAB-O-SIL® TS530 | Cabot Corporation - Additives | CAB-O-SIL® TS530 is a high-purity silica that has been treated with hexamethyldisilazane to render the silica hydrophobic. It offers good rheological control, sag resistance, anti-settling, and improved dispersion. This product is well suited for use in m...voir plus CAB-O-SIL® TS530 is a high-purity silica that has been treated with hexamethyldisilazane to render the silica hydrophobic. It offers good rheological control, sag resistance, anti-settling, and improved dispersion. This product is well suited for use in medium-to-high polarity inks, coatings, and adhesive applications. voir moins | |
| CAB-O-SIL® TS610 | Cabot Corporation - Additives | CAB-O-SIL® TS610 is a low surface area fumed silica that has been surface modified with dimethyldichlorosilane. As a thickener, this product is well suited for use in non-polar to medium polarity inks, coatings, and adhesives. It is also highly effective ...voir plus CAB-O-SIL® TS610 is a low surface area fumed silica that has been surface modified with dimethyldichlorosilane. As a thickener, this product is well suited for use in non-polar to medium polarity inks, coatings, and adhesives. It is also highly effective as free-flow additive for moisture-sensitive powder systems. voir moins | |
| CAB-O-SIL® TS622 | Cabot Corporation - Additives | CAB-O-SIL® TS622 is a medium surface area fumed silica that has been surface modified with dimethyldichlorosilane. This product is specially designed for use as a reinforcing agent for RTV-1 silicone sealants, where it provides faster wet-in or incorporat...voir plus CAB-O-SIL® TS622 is a medium surface area fumed silica that has been surface modified with dimethyldichlorosilane. This product is specially designed for use as a reinforcing agent for RTV-1 silicone sealants, where it provides faster wet-in or incorporation, better dispersion, and good sealant surface smoothness and appearance. voir moins | |
| CAB-O-SIL® TS720 | Cabot Corporation - Additives | CAB-O-SIL® TS720 is a medium surface area fumed silica which has been surface modified with polydimethylsiloxane. It provides thickening efficiency, sag resistance or high film build, anti-settling of pigments and fillers, shear-thinning rheological behav...voir plus CAB-O-SIL® TS720 is a medium surface area fumed silica which has been surface modified with polydimethylsiloxane. It provides thickening efficiency, sag resistance or high film build, anti-settling of pigments and fillers, shear-thinning rheological behavior, and stable rheological performance over time. This product is well suited for rheology control in adhesives, composites, and coatings. voir moins | |
| CAB-O-SPERSE® 1030K | Cabot Corporation - Additives | CAB-O-SPERSE® 1030K is an aqueous fumed silica dispersion featuring low viscosity and high solids loading. Performance benefits of this product include good rheological control,anti-blocking, anti-corrosion, adhesion promotion, and surface treatment prope...voir plus CAB-O-SPERSE® 1030K is an aqueous fumed silica dispersion featuring low viscosity and high solids loading. Performance benefits of this product include good rheological control,anti-blocking, anti-corrosion, adhesion promotion, and surface treatment properties. This product is well suited for use in coatings, adhesives, and metal and optical glass polish applications. voir moins | |
| CS-697 | Designer Molecules | CS-697 is a colorless liquid polyglycidyl ether cyclosiloxane monomer. This product features multifunctional, low viscosity, low epoxy equivalent weight, colorless, thermal stability, non-yellowing (UV exposure), and low chloride. CS-697 is most commonly ...voir plus CS-697 is a colorless liquid polyglycidyl ether cyclosiloxane monomer. This product features multifunctional, low viscosity, low epoxy equivalent weight, colorless, thermal stability, non-yellowing (UV exposure), and low chloride. CS-697 is most commonly used to formulate adhesives in organic resins applications. This resin is very compatible with most organic resins. voir moins | |
| CS-783 | Designer Molecules | CS-783 is a yellow liquid methacrylated epoxy. This product features dual cure mechanisms, low chloride, multifunctional, low viscosity, and UV curable. CS-783 is most commonly used in adhesion promoting applications. | |
| Dual-Cure 3401 | Bomar, formerly Dymax Oligomers & Coatings | Dual-Cure 3401 is designed for rapid bonding of a wide variety of plastic and metal substrates and is ideally suited for PC and ABS bonding applications. The product provides superior bond strength and is formulated with a UV/visible light and secondary a...voir plus Dual-Cure 3401 is designed for rapid bonding of a wide variety of plastic and metal substrates and is ideally suited for PC and ABS bonding applications. The product provides superior bond strength and is formulated with a UV/visible light and secondary ambient moisture-cure system for curing in shadow areas. Dual-Cure 3401 is also moisture and thermal resistant, has low shrinkage, and fluoresces blue under low-intensity “black light” (365 nm) for easy in-line inspection. Dual-Cure 3401 has applications that include plastic assembly, appliance assembly, and bonding, sealing, or encapsulating PC and ABS components. voir moins | |
| Dymax 8-20626 | Bomar, formerly Dymax Oligomers & Coatings | Dymax 8-20626 is an epoxy resin adhesive that forms bonds to a variety of materials. Bonds form rapidly between close-fitting substrates upon induction or heat curing. Dymax 8-20626 exhibits thermal shock characteristics and adhesion to a wide variety of ...voir plus Dymax 8-20626 is an epoxy resin adhesive that forms bonds to a variety of materials. Bonds form rapidly between close-fitting substrates upon induction or heat curing. Dymax 8-20626 exhibits thermal shock characteristics and adhesion to a wide variety of plated surfaces. It is formulated as a one-part epoxy adhesive, and requires no mixing or activator application. Dymax 8-20626 can be used on metal surfaces, glass, ceramics, thermoset plastics, and filled nylon. voir moins | |
| EC-1074 | Designer Molecules | EC-1074 is an amber glassy solid tetra-phenol epoxy. This product highlights low modulus, hydrophobic, thermal stability, hydrolytically resistant thermosets. EC-1074 is most commonly used as an epoxy curative in film and pre-applied adhesive composition...voir plus EC-1074 is an amber glassy solid tetra-phenol epoxy. This product highlights low modulus, hydrophobic, thermal stability, hydrolytically resistant thermosets. EC-1074 is most commonly used as an epoxy curative in film and pre-applied adhesive composition applications. voir moins | |
| EC-234 | Designer Molecules | EC-234 is a light yellow, liquid phenyl ester epoxy curative hybrid. This product has the ability to cure with both epoxy resin through the phenyl ester or in a free radical resin system through the acrylate. EC-234 is most commonly used as an adhesive o...voir plus EC-234 is a light yellow, liquid phenyl ester epoxy curative hybrid. This product has the ability to cure with both epoxy resin through the phenyl ester or in a free radical resin system through the acrylate. EC-234 is most commonly used as an adhesive or coating in a multitude of applications. voir moins | |
| EC-298 | Designer Molecules | EC-298 is a clear light yellow, liquid difunctional phenyl ester epoxy. This product does not interfere with free-radical cure and is therefore well suited for use in epoxy/(meth)acrylate hybrid thermoset compositions. EC-298 is most commonly used as an e...voir plus EC-298 is a clear light yellow, liquid difunctional phenyl ester epoxy. This product does not interfere with free-radical cure and is therefore well suited for use in epoxy/(meth)acrylate hybrid thermoset compositions. EC-298 is most commonly used as an epoxy curative in applications where toughness is required. voir moins | |
| EC-326 | Designer Molecules | EC-326 is a white to light yellow solid acetate/proprionate epoxy. This product has low melting curative properties, is soluble in most epoxy monomers, and low moisture uptake. EC-326 is most commonly used to improve toughness, hydrophobicity, and hydroly...voir plus EC-326 is a white to light yellow solid acetate/proprionate epoxy. This product has low melting curative properties, is soluble in most epoxy monomers, and low moisture uptake. EC-326 is most commonly used to improve toughness, hydrophobicity, and hydrolytic stability in adhesive applications. voir moins | |
| EC-392 | Designer Molecules | EC-392 is an amber liquid phenyl ester epoxy. This product highlights dual cure mechanism, high cross-link density, and thermal stability. EC-392 is most commonly used in liquid adhesives and paste applications. | |
| EC-861 | Designer Molecules | EC-861 is a yellow liquid phenyl acetate epoxy curative. This product highlights low modulus, hydrophobic, thermal stability, and hydrolytically resistant thermosets. EC-861 is most commonly used in applications where high levels of toughness and flexibil...voir plus EC-861 is a yellow liquid phenyl acetate epoxy curative. This product highlights low modulus, hydrophobic, thermal stability, and hydrolytically resistant thermosets. EC-861 is most commonly used in applications where high levels of toughness and flexibility are needed. voir moins | |
| ECAT-243 | Designer Molecules | ECAT-243 is a yellow microcrystalline solid imidazole epoxy catalyst. This product features good solubility in most epoxy monomers and excellent latency characteristics. ECAT-243 is most commonly used in epoxy homocure and epoxy curative applications. | |
| ECAT-259 | Designer Molecules | ECAT-259 is a yellow powder imidazole epoxy. This product features good solubility in most epoxy monomers, excellent latency characteristics, can be used as a catalyst or curative, and tunable cures. ECAT-259 is most commonly used in catalyst and epoxy c...voir plus ECAT-259 is a yellow powder imidazole epoxy. This product features good solubility in most epoxy monomers, excellent latency characteristics, can be used as a catalyst or curative, and tunable cures. ECAT-259 is most commonly used in catalyst and epoxy curative, applications. voir moins | |
| ECAT-353 | Designer Molecules | ECAT-353 is a besige powder imidazole epoxy catalyst. This product features good solubility in most epoxy monomers, excellent latency characteristics, can be used as a catalyst or curative, and tunable cures. ECAT-353 is most commonly used in catalyst and...voir plus ECAT-353 is a besige powder imidazole epoxy catalyst. This product features good solubility in most epoxy monomers, excellent latency characteristics, can be used as a catalyst or curative, and tunable cures. ECAT-353 is most commonly used in catalyst and epoxy curative applications. voir moins | |
| ECAT-434 | Designer Molecules | ECAT-434 is a yellow solid imidazole epoxy catalyst. This product features good solubility in most epoxy monomers, excellent latency characteristics, can be used as a catalyst or curative, and tunable cures. ECAT-434 is most commonly used in catalyst and ...voir plus ECAT-434 is a yellow solid imidazole epoxy catalyst. This product features good solubility in most epoxy monomers, excellent latency characteristics, can be used as a catalyst or curative, and tunable cures. ECAT-434 is most commonly used in catalyst and epoxy curative applications. voir moins | |
| Jaylink® 106E | Bomar, formerly Dymax Oligomers & Coatings | Jaylink® 106E polymerizable cellulosic is an acrylamidomethyl-substituted cellulose ester polymer. Due to its high degree of acrylamide substitution, formulations using JL-106E cure very rapidly in response to UV/EB. Resulting films have excellent abrasio...voir plus Jaylink® 106E polymerizable cellulosic is an acrylamidomethyl-substituted cellulose ester polymer. Due to its high degree of acrylamide substitution, formulations using JL-106E cure very rapidly in response to UV/EB. Resulting films have excellent abrasion, chemical, and impact resistance. The hydrophobic and hydrophilic segments of 106E make it an excellent compatibilizer for materials of differing polarity. JL-106E is used for its thixotropic characteristics, which are particularly useful in improving UV ink holdout on porous substrates, without sacrificing cured properties. This material is INCI listed for use in the cosmetic industry. voir moins | |
| KTR-100 | Suparna Chemicals Ltd. | KTR-100 is a ketonic resin that has the appearance of white prills. It is neutral, light in color, and inert to saponification. It displays good pigment-wetting properties, and increases yield of coating systems. It is suitable for all types of industries...voir plus KTR-100 is a ketonic resin that has the appearance of white prills. It is neutral, light in color, and inert to saponification. It displays good pigment-wetting properties, and increases yield of coating systems. It is suitable for all types of industries, including nitrocellulose paints where it improves polishing characteristic and adhesion. In printing inks, it enhances adhesion, imparts gloss, improves drying properties, and increases solids content, where it is used in maleic resins, alkyd resins, nitro cellulose, and polyvinyl butyral. KTRs are also used in isocyanate based adhesive systems, as well as radiation cured adhesives and in water clear systems. KTR-100 has a softening point of 95 to 105 °C, in butyl acetate of 75 to 95 at 25 °C (cps), and a hydroxyl value of 170 to 200. voir moins | |
| KTR-118 | Suparna Chemicals Ltd. | KTR-118 is a ketonic resin that has the appearance of white prills. It is neutral, light in color, and inert to saponification. It displays good pigment-wetting properties, and increases yield of coating systems. It is suitable for all types of industries...voir plus KTR-118 is a ketonic resin that has the appearance of white prills. It is neutral, light in color, and inert to saponification. It displays good pigment-wetting properties, and increases yield of coating systems. It is suitable for all types of industries, including nitrocellulose paints where it improves polishing characteristic and adhesion. In printing inks, it enhances adhesion, imparts gloss, improves drying properties, and increases solids content, where it is used in maleic resins, alkyd resins, nitro cellulose, and polyvinyl butyral. KTRs are also used in isocyanate based adhesive systems, as well as radiation cured adhesives and in water clear systems. KTR-118 has a softening point of 105 to 115 °C, in butyl acetate of 100 to 120 at 25 °C (cps), and a hydroxyl value of 180 to 210. voir moins | |
| KTR-123 | Suparna Chemicals Ltd. | KTR-123 is a ketonic resin that has the appearance of white prills. It is neutral, light in color, and inert to saponification. It displays good pigment-wetting properties, and increases yield of coating systems. It is suitable for all types of industries...voir plus KTR-123 is a ketonic resin that has the appearance of white prills. It is neutral, light in color, and inert to saponification. It displays good pigment-wetting properties, and increases yield of coating systems. It is suitable for all types of industries, including nitrocellulose paints where it improves polishing characteristic and adhesion. In printing inks, it enhances adhesion, imparts gloss, improves drying properties, and increases solids content, where it is used in maleic resins, alkyd resins, nitro cellulose, and polyvinyl butyral. KTRs are also used in isocyanate based adhesive systems, as well as radiation cured adhesives and in water clear systems. KTR-123 has a softening point of 105 to 115 °C, in butyl acetate of 110 to 140 at 25 °C (cps), and a hydroxyl value of 200 to 230. voir moins | |
| LumiSet™ LSR-141 | Bomar, formerly Dymax Oligomers & Coatings | LumiSet™ LSR-141 is a urethane methacrylate polymeric resin designed for use in base and color coat applications for hybrid and long-wear nail lacquers. Synthesized using building blocks from nail gel chemistries, LSR-141 is a solvent-borne film-forming r...voir plus LumiSet™ LSR-141 is a urethane methacrylate polymeric resin designed for use in base and color coat applications for hybrid and long-wear nail lacquers. Synthesized using building blocks from nail gel chemistries, LSR-141 is a solvent-borne film-forming resin that can offer nail lacquer formulators the benefits of adhesion and durability from nail gels while also achieving a tack-free finish, without the need for UV or LED lamps. The combination of excellent adhesion, flexibility, and toughness offers formulators an alternative to other leachable plasticizers or potentially toxic adhesion promoters. The excellent adhesion of LSR-141 allows for the combination of color and base coats into one step. Base and color coats formulated with LSR-141 should also be paired with a hydrophobic top coat due to the hydrophilic nature of LSR-141. LSR-141 is INCI registered, and can be formulated to cure with sunlight exposure using appropriate INCI-registered photoinitiators. voir moins | |
| LumiSet™ LSR-241 | Bomar, formerly Dymax Oligomers & Coatings | LumiSet™ LSR-241 is a hydrophobic urethane methacrylate resin designed for use in top coat applications for hybrid and long-wear nail lacquers. Synthesized using building blocks from nail gel chemistries, LSR-241 is a solvent-borne film-forming resin that...voir plus LumiSet™ LSR-241 is a hydrophobic urethane methacrylate resin designed for use in top coat applications for hybrid and long-wear nail lacquers. Synthesized using building blocks from nail gel chemistries, LSR-241 is a solvent-borne film-forming resin that can offer nail lacquer formulators the benefits of impact resistance, gloss, and durability from nail gels while also achieving a tack-free finish without the need for UV or LED lamps. The combination of toughness, gloss, and hydrophobicity offers formulators an alternative to leachable plasticizers or potentially toxic gloss enhancers. Top coats formulated with LSR-241 should be paired with an adhesion-promoting base coat or base/color coat combo to ensure proper adhesion to the nail bed. LSR-241 is INCI registered and can be formulated to cure with sunlight exposure using appropriate INCI-registered photoinitiator. voir moins | |
| LumiSet™ LSR-241P | Bomar, formerly Dymax Oligomers & Coatings | LumiSet™ LSR-241P is a hydrophobic urethane methacrylate resin designed for use in top coat applications for hybrid and long-wear nail lacquers. Synthesized using building blocks from nail gel chemistries, LSR-241P is a solvent-borne film-forming resin th...voir plus LumiSet™ LSR-241P is a hydrophobic urethane methacrylate resin designed for use in top coat applications for hybrid and long-wear nail lacquers. Synthesized using building blocks from nail gel chemistries, LSR-241P is a solvent-borne film-forming resin that can offer nail lacquer formulators the benefits of impact resistance and durability from nail gels while also achieving a tack-free finish without the need for UV or LED lamps. The combination of toughness, and hydrophobicity offers formulators an alternative to leachable plasticizers or potentially toxic gloss enhancers. Top coats formulated with LSR-241P should be paired with an adhesion-promoting base coat or base/color coat combo to ensure proper adhesion to the nail bed. LSR-241P is INCI registered and can be formulated to cure with sunlight exposure using appropriate INCI-registered photoinitiators. Adding cellulosic film formers to this neat polyurethane resin increases the tack free dry time to acceptable nail lacquer dry times of two minutes or less. voir moins | |
| MechT E35A | Bomar, formerly Dymax Oligomers & Coatings | MechT E35A is a stable dispersion of discrete functionalized carbon nanotubes in urethane dimethacrylate (UDMA), BR-952. The Masterbatch can be used in rigid, high tensile strength SLA, DLP, or jettable resins to provide conductivity and decreased resisti...voir plus MechT E35A is a stable dispersion of discrete functionalized carbon nanotubes in urethane dimethacrylate (UDMA), BR-952. The Masterbatch can be used in rigid, high tensile strength SLA, DLP, or jettable resins to provide conductivity and decreased resistivity. When compared to FDM-printed ESD parts, ESD resins produced with MechT E35A can achieve fully isotropic conductivity with high resolution and isotropic mechanical properties. voir moins | |
| MM-204 | Designer Molecules | MM-204 is a light tan liquid mono-functional acrylate monomer. This product features low viscosity, hydrolytically resistant, high glass transition temperature, diluent for thermoset resins, low cure shrinkage, and high Tg. MM-204 is most commonly used as...voir plus MM-204 is a light tan liquid mono-functional acrylate monomer. This product features low viscosity, hydrolytically resistant, high glass transition temperature, diluent for thermoset resins, low cure shrinkage, and high Tg. MM-204 is most commonly used as a reactive diluent for UV or peroxide cured resins in coating or adhesive applications. voir moins | |
| MM-211 | Designer Molecules | MM-211 is a light yellow powder terminated carboxylic acid. This product features flexible aliphatic backbone, maleimide and carboxylic acid functional groups, and adhesion promoter. MM-211 is most commonly used in synthetic resins and adhesion promoting ...voir plus MM-211 is a light yellow powder terminated carboxylic acid. This product features flexible aliphatic backbone, maleimide and carboxylic acid functional groups, and adhesion promoter. MM-211 is most commonly used in synthetic resins and adhesion promoting applications. voir moins | |
| MM-220 | Designer Molecules | MM-220 is a light yellow liquid mono-acrylate monomer. This product features low weight loss on cure, helps reduce cure shrinkage, and low viscosity. MM-220 is most commonly used as a reactive diluent for UV or peroxide cured resins, coatings and adhesive...voir plus MM-220 is a light yellow liquid mono-acrylate monomer. This product features low weight loss on cure, helps reduce cure shrinkage, and low viscosity. MM-220 is most commonly used as a reactive diluent for UV or peroxide cured resins, coatings and adhesive applications. voir moins | |
| MM-281 | Designer Molecules | MM-281 is a white to off white solid carboxylic acid. It is a useful intermediate for the synthesis of ester and amide linked thermoset monomers. This product features flexible aliphatic backbone, maleimide and carboxylic acid functional groups, and adhes...voir plus MM-281 is a white to off white solid carboxylic acid. It is a useful intermediate for the synthesis of ester and amide linked thermoset monomers. This product features flexible aliphatic backbone, maleimide and carboxylic acid functional groups, and adhesion promoter. MM-281 is most commonly used in resins and adhesion promoter applications. voir moins | |
| MM-290 | Designer Molecules | MM-290 is a light tan liquid acrylate monomer. This product features lower weight loss on cure than Isobornyl Acrylate (IBOA), mild pleasant odor, and hydrolytic resistance. MM-290 is a most commonly used in hydrolytic resistance applications. | |
| MM-304 | Designer Molecules | MM-304 is a colorless liquid methacrylate monomer. This product features lower weight loss on cure than Isobornyl methacrylate (IBOMA), mild pleasant odor, hydrolytic resistance, and very low color. MM-304 is most commonly used in hydrolytic resistance ap...voir plus MM-304 is a colorless liquid methacrylate monomer. This product features lower weight loss on cure than Isobornyl methacrylate (IBOMA), mild pleasant odor, hydrolytic resistance, and very low color. MM-304 is most commonly used in hydrolytic resistance applications. voir moins | |
| PEAM-1044 | Designer Molecules | PEAM-1044 is a amber liquid form polyester acrylate/methacrylate. This product features excellent adhesion, low warpage, and hydrophobicity. PEAM-1044 is most commonly used as an additive in base resin application. | |
| PEAM-1769 | Designer Molecules | PEAM-1769 is a amber liquid form polyester acrylate/methacrylate. This product exhibits excellent adhesion, low warpage, and hydrophobicity. PEAM-1769 is most commonly used as an additive in base oligomer application. | |
| PEAM-645 | Designer Molecules | PEAM-645 is an amber liquid form polyester acrylate/methacrylate. This product has very high thermal stability and low volatility. PEAM-645 is most commonly used as a base resin in adhesive and coating applications. | |
| PEM-1066 | Designer Molecules | PEM-1066 light yellow liquid form polyester methacrylate that exhibits excellent adhesion, ultra low warpage, and hydrophobicity. This product features high thermal stability, low volatility, and excellent hydrolytic resistance. PEM-1066 is most commonly ...voir plus PEM-1066 light yellow liquid form polyester methacrylate that exhibits excellent adhesion, ultra low warpage, and hydrophobicity. This product features high thermal stability, low volatility, and excellent hydrolytic resistance. PEM-1066 is most commonly used in base resin applications. voir moins | |
| SpectrAl® 100 | Cabot Corporation - Additives | SpectrAl® 100 is a high surface area fumed alumina. It has similar properties and functions as fumed silica for rheological control and free flow of powder coats. This product is well suited for use in coatings, adhesives, and rubber products. | |
| SpectrAl® 51 | Cabot Corporation - Additives | SpectrAl® 51 is a low surface area fumed alumina. It has similar morphology and properties as fumed silica for rheological control and free flow. This product is well suited for use in coatings, adhesives, and rubber products. | |
| SpectrAl® 81 | Cabot Corporation - Additives | SpectrAl® 81 is a medium surface area fumed alumina. It has similar morphology and properties as fumed silica for rheological control and free flow. This product is well suited for use in coatings, adhesives, and rubber products. | |
| U-793 | Designer Molecules | U-793 is a brown viscous liquid form, urethane resin. This product yields a tough hydrophobic polymer when cured. U-793 is most commonly used as an adhesion promoter to various substrates. | |
| U-835 | Designer Molecules | U-835 is a yellow liquid form urethane resin. This products low viscosity urethane makes it an ideal candidate for a base resin in an adhesive formulation. U-835 is most commonly used as an adhesive on a variety of substrates including metal, polyimide, s...voir plus U-835 is a yellow liquid form urethane resin. This products low viscosity urethane makes it an ideal candidate for a base resin in an adhesive formulation. U-835 is most commonly used as an adhesive on a variety of substrates including metal, polyimide, silicon, and ceramic applications. voir moins | |
| XDT-1018 | Bomar, formerly Dymax Oligomers & Coatings | XDT-1018 is a dendritic acrylate with an average functionality of 18. The hyper-branched structure of XDT-1018 imparts the unique combination of low diluted viscosity with unmatched chemical and thermal resistance. XDT-1018 is ideal in applications where ...voir plus XDT-1018 is a dendritic acrylate with an average functionality of 18. The hyper-branched structure of XDT-1018 imparts the unique combination of low diluted viscosity with unmatched chemical and thermal resistance. XDT-1018 is ideal in applications where withstanding exposure to the harshest conditions is paramount. Great for high-temperature applications because thermogravimetric analysis indicates the oligomer doesn’t decompose until 373°C. XDT-1018 has been INCI registered for use in cosmetic applications. voir moins | |
| XR-145S | Bomar, formerly Dymax Oligomers & Coatings | XR-145S is a high molecular weight, trifunctional aliphatic polyether urethane methacrylate that provides low formulation viscosity and moderate elongation. XR-145S shows adhesion to a variety of substrates, making it a candidate for consideration in mixe...voir plus XR-145S is a high molecular weight, trifunctional aliphatic polyether urethane methacrylate that provides low formulation viscosity and moderate elongation. XR-145S shows adhesion to a variety of substrates, making it a candidate for consideration in mixed surface adhesion applications. XR-145S is also tin-free, making it an excellent candidate for dental or cosmetic applications that restrict the use of tin. voir moins | |
| XR-741MS | Bomar, formerly Dymax Oligomers & Coatings | XR-741MS, a low molecular weight, difunctional, aliphatic polyester urethane methacrylate, can be effectively formulated for adhesion to steel, aluminum, and various plastics. The resulting hard, tough film makes an effective, non-yellowing protective coa...voir plus XR-741MS, a low molecular weight, difunctional, aliphatic polyester urethane methacrylate, can be effectively formulated for adhesion to steel, aluminum, and various plastics. The resulting hard, tough film makes an effective, non-yellowing protective coating. This material has low skin sensitivity for dental and cosmetic applications. voir moins | |
| XR-9416 | Bomar, formerly Dymax Oligomers & Coatings | XR-9416 is a water-dilutable aliphatic urethane acrylate, used for scratch resistant coatings with excellent chemical resistance. XR-9416 contains no water, but is infinitely dilutable with D.I. water. Uncured or residual UV formulations made with XR-9416...voir plus XR-9416 is a water-dilutable aliphatic urethane acrylate, used for scratch resistant coatings with excellent chemical resistance. XR-9416 contains no water, but is infinitely dilutable with D.I. water. Uncured or residual UV formulations made with XR-9416 have improved cleanability with water. While the material does enhance hydrophilicity of the cured material, the high crosslink density makes the material relatively resistant to hydrolysis. voir moins |
