Products in Packaging & Assembly: Low Viscosity

jER™ YX4000 is a biphenol-type solid epoxy resin with significantly low melt viscosity, low water absorption and a good balance between adhesiveness and rigidity against stress. It can be used for electrical and electronic applications. jERTM YX4000 is an adduct formed from the reaction of epichlorohydrin and tetramethylbiphenol FeaturesAbrasion, heat and water resistanceElectrical insulationWear resistanceProduct HighlightsSignificantly low melt viscosity (melting point: 108°C)Low chroline contentLow water absorption ApplicationsElectrical and electronic applications (EMC, solder resist, PCB)Potting and encapsulation materialsPowder coatings for ship bottomsAdhesivesComposites *jER™ is provided by Mitsubishi Chemical Corporation, a member of the Mitsubishi Chemical Group.

DIACRON™ FC-3352 is a polyester resin with excellent environmental friendliness using 5wt% of biomass material. It is a high Tg and a low molecular weight (Mw)-grade and is optimal as a binder for paints and inks. Especially, the use of organic solvents can be reduced because low viscosity high-solid solutions are possible. It improves hardness, heat resistance, toughness, and solvent resistance by using curing agents such as isocyanates and epoxy resins.   Features: Excellent chemical resistance Heat-resistant Excellent pigment dispersion. Can be used with cross-linking agents   Benefits: Solvent solubility High solid differentiation Use of biomass raw materials   Applications: PCM coatings For various types of inks Solventless & High Solids Coating   *DIACRON™ is provided by Mitsubishi Chemical Corporation, a member of the Mitsubishi Chemical Group.

DIACRON™ FC-1588 is a polyester resin with excellent solvent solubility. It is a low molecular weight (Mw)-grade of ER-535 and is optimal as a binder for paints and inks. Especially, the use of organic solvents can be reduced because low viscosity high-solid solutions are possible. It improves hardness, heat resistance, toughness, and solvent resistance by using curing agents such as isocyanates and epoxy resins.   Features: Low temperature fusion Excellent metal adhesion Excellent pigment dispersion. Can be used with cross-linking agents   Benefits: Solvent solubility High solid differentiation Use of biomass raw materials   Applications: Solventborne Coating For various types of inks Solventless & High Solids Coating   *DIACRON™ is provided by Mitsubishi Chemical Corporation, a member of the Mitsubishi Chemical Group.

jER™ 1750 is a very low viscosity Bisphenol F-type liquid epoxy resin. It can be used in sealants, casting agents and adhesives in electrical and electronic applications and fiber reinforced plastics, and for liquid underfill and adhesives for semiconductor manufacturing.FeaturesChemical, heat and water resistanceElectrical insulation*jER™ is provided by Mitsubishi Chemical Corporation, a member of the Mitsubishi Chemical Group.

SHIKOH™ UV-3700B is UV curable urethane acrylate oligomer with high elongation and soft rubbery elasticity. It is relatively low viscosity despite its high molecular weight. EB and Thermal cure systems are also applicable. Features Soft elastic type, High elongation High molecular weight but relatively low viscosity Non-solvent (100% hardening ingredient) For UV adhesion with monomers Non-yellowing Applications Adhesive: UV/ EB/ Thermal-curable adhesive for electronics device, optical use and automotive use. 3D printer *SHIKOH™ is provided by Mitsubishi Chemical Corporation, a member of the Mitsubishi Chemical Group.

jER™ YL983U is a Bisphenol F-type liquid epoxy resin with very low chlorine content and low viscosity. It is used for electrical and electronic applications (Sealant, casting agent, adhesives, and so on). BenefitsExcellent adhesivenessGood elastic recovery FeaturesChemical, heat and water resistantElectrical insulating propertiesSignificantly low chlorine content (below 500 ppm)Low viscosityApplicationsElectrical and electronic applications Potting & encapsulation materialsAdhesives *jER™ is provided by Mitsubishi Chemical Corporation, a member of the Mitsubishi Chemical Group.

GENIOSIL® XT 50 is a silicone-modified polyether-based silane-terminated polymer suitable as a binder in moisture-curing formulations. It differs from conventional silylated polymers due to its high reactivity. This results from the structural proximity of the nitrogen atom to the silicon atom in the dimethoxy(methyl)silyl-methylcarbamate group (alpha-effect). It hydrolyzes in the presence of moisture to form a stable siloxane network initiated by mild catalysis, rather than heavy metal ions.

GENIOSIL® XB 502 is a silane-terminated binder based on alpha-silane technology, specifically designed for formulating high-strength adhesives. It finds applications in various areas, including building and construction adhesives, do-it-yourself projects, and industrial adhesives. One of its specific uses is for wood-to-wood bonding.

GENIOSIL® ZK 23 is a binder that utilizes a siloxane reinforced alpha-silane technology. It is specifically designed for coating and adhesive applications. Notably, its exceptional resistance to water provides opportunities for formulating plasticizer-free two-pack adhesives. GENIOSIL® ZK 23 is a transparent and low viscosity polymer. Once cured as a coating or adhesive, it exhibits high hardness values in the Shore D range.

GENIOSIL® XT 55 is a silane-terminated polymer suitable for use in moisture-curing formulations. It readily dissolves in standard organic solvents while being virtually insoluble in aqueous media. When used, it reacts slowly, releasing methanol and forming a resinous deposit. GENIOSIL® XT 55 finds applications in various fields such as assembly adhesives (including hybrids), building and construction adhesives, and industrial adhesives.

Portaflame® SG 55 is produced from carefully selected synthetic aluminum hydroxide (ATH). The standardized quality of Portaflame® SG is guaranteed by means of an ISO 9001-certified quality management plan. The chemical composition of the raw material and the finished product is closely monitored, and the particle size is kept within a narrow variation.

Portaflame® SG10 LV-01 is produced from carefully selected synthetic aluminum hydroxide (ATH). The standardized quality of Portaflame® SG is guaranteed by means of an ISO 9001-certified quality management plan. The chemical composition of the raw material and the finished product is closely monitored, and the particle size is kept within a narrow variation.

Portaflame® SG 55 LV are produced from carefully selected, synthetic aluminum hydroxide (ATH). The standardized quality of Portaflame® SG LV is guaranteed by means of an ISO 9001-certified quality management plan. The chemical composition of the raw material and the finished product is closely monitored, and the particle size is kept within a narrow variation. Portaflame® SG LV are "low viscosity" optimized grades with exceptional low oil absorption values, giving the formulator the opportunity to achieve higher loading levels. It is used to make flame retardant aluminum sandwich panels.

Portaflame® SG 10 LSA is produced from carefully selected synthetic aluminum hydroxide (ATH). The standardized quality of Portaflame® SG 10 LSA is guaranteed by means of an ISO 9001-certified quality management plan. The chemical composition of the raw material and the finished product is closely monitored, and the particle size is kept within a narrow variation. It is not a dangerous substance (DSD or CLP) and does not contain substances of very high concern (SVHC), including their fire decomposition products.

Portaflame® SG 200 is produced from carefully selected synthetic aluminum hydroxide (ATH). The standardized quality of Portaflame® SG is guaranteed by means of an ISO 9001-certified quality management plan. The chemical composition of the raw material and the finished product is closely monitored, and the particle size is kept within a narrow variation.

Portaflame® SG 63 is produced from carefully selected synthetic aluminum hydroxide (ATH). The standardized quality of Portaflame® SG is guaranteed by means of an ISO 9001-certified quality management plan. The chemical composition of the raw material and the finished product is closely monitored, and the particle size is kept within a narrow variation.

Portaflame® SG10 LV-02 is produced from carefully selected synthetic aluminum hydroxide (ATH). The standardized quality of Portaflame® SG is guaranteed by means of an ISO 9001-certified quality management plan. The chemical composition of the raw material and the finished product is closely monitored, and the particle size is kept within a narrow variation.

Portaflame® SG 100 is produced from carefully selected synthetic aluminum hydroxide (ATH). The standardized quality of Portaflame® SG is guaranteed by means of an ISO 9001-certified quality management plan. The chemical composition of the raw material and the finished product is closely monitored, and the particle size is kept within a narrow variation.

Portaflame® SG 10 LV is produced from carefully selected synthetic aluminum hydroxide (ATH). The standardized quality of Portaflame® SG is guaranteed by means of an ISO 9001-certified quality management plan. The chemical composition of the raw material and the finished product is closely monitored, and the particle size is kept within a narrow variation. Portaflame® SG 10 LV is a "low viscosity" optimized grade with an exceptional low oil absorption value, giving the formulator the opportunity to achieve higher loading levels.

Portaflame® SG 30 LV is produced from carefully selected synthetic aluminum hydroxide (ATH). The standardized quality of Portaflame® SG 30 LV is guaranteed by means of an ISO 9001-certified quality management plan. The chemical composition of the raw material and the finished product is closely monitored, and the particle size is kept within a narrow variation. Portaflame® SG 30 LV is a "low viscosity" optimized grade with an exceptional low oil absorption value, giving the formulator the opportunity to achieve higher loading levels. Portaflame® SG 30 LV makes formulations that are flame retardant.

Portaflame® SG 50 is produced from carefully selected synthetic aluminum hydroxide (ATH). The standardized quality of Portaflame® SG is guaranteed by means of an ISO 9001-certified quality management plan. The chemical composition of the raw material and the finished product is closely monitored, and the particle size is kept within a narrow variation.

Portaflame® SG 40 is produced from carefully selected synthetic aluminum hydroxide (ATH). The standardized quality of Portaflame® SG is guaranteed by means of an ISO 9001-certified quality management plan. The chemical composition of the raw material and the finished product is closely monitored, and the particle size is kept within a narrow variation.

Portaflame® SG 10 is produced from carefully selected synthetic aluminum hydroxide (ATH). The standardized quality of Portaflame® SG is guaranteed by means of an ISO 9001-certified quality management plan. The chemical composition of the raw material and the finished product is closely monitored, and the particle size is kept within a narrow variation.

Portaflame® SG 25 is produced from carefully selected synthetic aluminum hydroxide (ATH). The standardized quality of Portaflame® SG is guaranteed by means of an ISO 9001-certified quality management plan. The chemical composition of the raw material and the finished product is closely monitored, and the particle size is kept within a narrow variation.

Portaflame® SG 20 is produced from carefully selected synthetic aluminum hydroxide (ATH). The standardized quality of Portaflame® SG is guaranteed by means of an ISO 9001-certified quality management plan. The chemical composition of the raw material and the finished product is closely monitored, and the particle size is kept within a narrow variation.

Portaflame® SG 35 is produced from carefully selected synthetic aluminum hydroxide (ATH). The standardized quality of Portaflame® SG is guaranteed by means of an ISO 9001-certified quality management plan. The chemical composition of the raw material and the finished product is closely monitored, and the particle size is kept within a narrow variation.

Cardolite® NC - 513 is a monofunctional reactive epoxy diluent used to increase flexibility, impact resistance, water resistance, and flexural strength. It has low viscosity and volatility, making it ideal for formulating solvent-free adhesives. It exhibits good water resistance and reacts completely into the epoxy network, enhancing bond strength.

Bomar®BR-970H is a low viscosity, difunctional, aliphatic urethane acrylate. BR-970H has high modulus and doesn’t necessarily need to be blended with other oligomers to achieve a balance of toughness and flexibility. BR-970H offers rapid cure and non-yellowing properties where premium performance is required. This oligomer is perfect for 2D and 3D inkjet applications as well for use in Graphic Arts application. This oligomer canalsobe used in electronics, and automotive applications

BR-146, a high molecular weight, trifunctional, aliphatic polyether urethane methacrylate, provides low formulation viscosity and moderate elongation with nonyellowing properties appropriate to soft touch glass coatings and impact resistant coatings. BR-146 shows adhesion to a variety of substrates, making it a candidate for consideration in mixed surface adhesion applications.

Viplex LS is a low viscosity diluent of PU and epoxy systems with excellent compatibility.

Super SAP® CCR/CCS is a clear, UV-stabilized epoxy system designed specifically for casting, potting, and embedding applications. Low color and low viscosity allow for bubble-free, crystal-clear castings ideal for art and hobby applications. This Super Sap® Formulation features two hardener speeds: slow (CCS) for high-build casting epoxy applications and fast (CCF) for quick, small project fast casting epoxy applications such as resin jewelry and more.

Chemline X-75410 is a clear polyurethane compound for use on decals, labels, emblems, and other decorated substrates. Also suitable for potting solar cells.

NADIC Methyl Anhydride 407 (NMA 407) curing agent formulated with an efficient latent proprietary catalyst that imparts high reactivity at process temperatures, while maintaining excellent pot life. NMA 407 is commonly used to cure epoxy resins in many challenging applications, including fiber reinforced composites used in high performance aerospace and military applications, as well as mechanically demanding applications. NMA 407 is ideal in processes such as pultrusion, filament winding and infusion of parts requiring excellent high temperature performance. The excellent electrical properties and high temperature performance make NMAcured epoxies outstanding materials for encapsulating electronic components and circuits.

UNI-REZ 138 polyamide resin is an alcohol soluble type resin of comparatively low viscosity. It has low odor, high gel and water resistance, together with excellent solvent release and blocking resistance. Its high ester tolerance permits addition of small proportions of nitrocellulose without loss of any of these properties.

TAFIGEL PUR 54 is a low viscous, solvent-free associative thickener which builds up and stabilizes viscosity by forming a network between polyurethane, binder molecules and other paint ingredients. TAFIGEL PUR 54 can be used alone or in combination with other TAFIGEL thickeners, as well as with further technology thickeners.TAFIGEL PUR 54 is recommended for use in following systems: Interior and exterior paints, latex paints, anti-corrosive paints, emulsion plasters, adhesives, putties and printing inks. TAFIGEL PUR 54 is suitable for indirect food contact applications.

ECA 106K is a low viscosity liquid anhydride epoxy curing agent based on methyltetrahydrophthalic anhydride. For convenience, it is pre-catalyzed with an accelerator that contributes to good glass transition temperature (Tg) in cured polymers. It is designed for use in converting epoxy resins to highly crosslinked polymers with excellent physical and electrical properties. ECA 106K is used in demanding applications including laminating and filament winding. It can also be used in electrical applications such as casting, potting and encapsulation.