Products in Thermoset Resins: Excellent Toughness

METTON® LMR M1537 Polymers are tough and durable engineering plastics (poly-DCPD). They offer part design freedom with integrated functionality and part consolidation opportunities, similar to injection molding, as a replacement for traditional materials like wood and metal. The low-pressure molding process is ideal for producing large plastic parts used in heavy trucks, agriculture, construction, the military, and other industrial applications.

METTON® LMR Flame Retardant Grade M2200-FR Polymers are tough and durable engineering plastics (poly-DCPD). They offer part design freedom with integrated functionality and part consolidation opportunities, similar to injection molding, as a replacement for traditional materials like wood and metal. The low-pressure molding process is ideal for producing large plastic parts used in heavy trucks, agriculture, construction, the military, and other industrial applications.

METTON® LMR Expanding Grade M1537-XXE Polymers are tough and durable engineering plastics (poly-DCPD). As an alternative to conventional materials like wood and metal, they provide component design flexibility with integrated functionality and part consolidation potential, akin to injection molding. The low-pressure molding process is ideal for producing large plastic parts used in heavy trucks, agriculture, construction, the military, and other industrial applications.

METTON® LMR M1540 Polymers are tough and durable engineering plastics (poly-DCPD). They offer part design freedom with integrated functionality and part consolidation opportunities, similar to injection molding, as a replacement for traditional materials like wood and metal. Large plastic components used in military, agricultural, construction, heavy-duty vehicles, and other industrial applications may be produced with the low-pressure molding technique.

Esschem MMA - AMA Bead Copolymers are a versatile range of copolymers combining methyl methacrylate (MMA) with allyl methacrylate (AMA). These copolymers showcase the unique characteristics of AMA as a crosslinker in polymers. With varying MMA and AMA concentrations, Esschem offers a wide range of copolymer beads with different properties. Higher MMA content in the copolymer results in elevated glass transition temperatures, melting points, and tensile strengths, making them ideal for applications requiring high strength and rigidity. On the other hand, increasing the AMA content lowers these properties while enhancing crosslinking and hardness. By adjusting the molecular weight, Esschem can further customize the copolymer's rigidity and crosslinking behavior. The particle size of the beads can also be modified to optimize processing and surface properties, including adhesion characteristics.

METTON® LMR High-HDT Grade M3000-TH Polymers are tough and durable engineering plastics (poly-DCPD). They offer part design freedom with integrated functionality and part consolidation opportunities, similar to injection molding, as a replacement for traditional materials like wood and metal. The low-pressure molding process is ideal for producing large plastic parts used in heavy trucks, agriculture, construction, the military, and other industrial applications.

METTON® LMR Reinforced Grade M5000-GT Polymers are tough and durable engineering plastics (poly-DCPD). It offers part design freedom with integrated functionality and part consolidation opportunities, similar to injection molding, as a replacement for traditional materials like wood and metal. The low-pressure molding process is ideal for producing large plastic parts used in heavy trucks, agriculture, construction, the military, and various industrial applications.

METTON® LMR M1539 Polymers are tough and durable engineering plastics (poly-DCPD). They offer part design freedom with integrated functionality and part consolidation opportunities, similar to injection molding, as a replacement for traditional materials like wood and metal. The low-pressure molding process is ideal for producing large plastic parts used in heavy trucks, agriculture, construction, the military, and other industrial applications.

METTON® LMR M1534 Polymers are tough and durable engineering plastics (poly-DCPD). They offer part design freedom with integrated functionality and part consolidation opportunities, similar to injection molding, as a replacement for traditional materials like wood and metal. The low-pressure molding process is ideal for producing large plastic parts used in heavy trucks, agriculture, construction, the military, and other industrial applications.

RS-2926 is a castable high temperature toughened epoxy resin that has the look and feel of a thermoplastic and/or urethane but offers higher temperature resistance than cast urethanes. It’s good impact strength makes this material and excellent choice for higher temperature applications.

RS-2925 is a castable 15% filled toughened epoxy resin that has the look and feel of a thermoplastic and/or urethane, but offers higher temperature resistance than cast urethanes. Its high impact strength makes this material an excellent choice when urethanes are not sufficient to handle the job. RS-2925 has improved flammability properties as compared to RS-2920.

RS-2922 is a 10% class filled version of RS-2920, castable toughened epoxy resin. This material has the look and feel of a thermoplastic and/or urethane but offers higher temperature resistance than cast urethanes. It’s high impact strength makes this material an excellent choice when urethanes are no sufficient to do the job.

RS-2920 is a castable toughened epoxy resin that has the look and feel of a thermoplastic and/or urethane but offers higher temperature resistance than cast urethanes. It’s high impact strength makes this material an excellent choice when urethanes are not sufficient to do the job.

HK Research R0221 is a resilient, light stabilized acrylic modified polyester casting resin.

SIROPOL 992 FR resin is a medium viscosity, unprompted flame retardant vinylester-based resin. Laminates made with SIROPOL 992 FR resin have achieved Flame retardancy BS476: Part 7:1997 Class I rating with 3% antimony trioxide and Flame retardancy ASTM E-84 Class I rating with 3 % antimony trioxide.

SWANCOR 2596 is a hot-melt epoxy resin, without Diuron and volatile ingredients in the formula. It is special-purpose high-rigidity and toughening product, which has better toughening properties than 2556 with light weight, excellent mechanical strength, heat resistance and corrosion resistance, etc.

CLR1157 is a heat cure, low stress, extremely tough, epoxy casting compound. The product was specifically designed for casting electrical motors. the cured material exhibits excellent thermal stability and thermal cycling characteristics.

HK Research R0075 Crystal Clear Casting Resin is UV light-stabilized to help maintain its color and clarity for many years.

Proxima® HPR 2128 is uniquely formulated to provide high temperature performance. Proxima® HPR 2128 shows higher stiffness (or modulus) and higher glass transition temperature compared to other resins in the Proxima® HPR 2100 series.

SWANCOR 2556 is a hot-melt epoxy resin, without Diuron and volatile ingredients in the formula, a general toughened product. It cotains light weight, excellent mechanical strength, heat resistance and corrosion resistance and other characteristics

XR81842 is a two component, low viscosity, room temperature curing, epoxy system. The product cures to a tough, resilient, semi-flexible casting.

Proxima® HPR 2124 is designed to give a balance of thermal and mechanical properties providing an excellent combination of stiffness (or modulus), heat deflection temperature, and is optimized for resistance to hydrocarbons.

CLR1190 is an exceptionally tough epoxy casting system with excellent low temperature thermal and mechanical shock resistance.

SIROPOL 992 FRA resin is a medium viscosity, unpromoted flame retardant vinylester-based resin. Laminates made with SIROPOL 992 FRA resin have achieved Flame retardancy BS476: Part 7:1997 Class I rating and Flame retardancy ASTM E-84 Class I rating as 3% antimony trioxide is added.

HK Research R0059 is a resilient, light stabilized void free polyester casting resin.

HK Research R0217 is a resilient, light stabilized void free polyester casting resin.

SIROPOL 7130 resin is a high viscosity, non­promoted, chemical and water resistant, Neopentyl Glycol Isophthalic Resin.

HK Research R0220 is a resilient, light stabilized void free polyester casting resin.

Proxima® HPR 2112 is a standard formulation designed to give a balance of thermal and mechanical properties. Proxima® HPR 2112 provides an excellent combination of stiffness (or modulus), toughness (or impact strength) and glass transition temperature.

CLR1837 is a heat cure, low stress, extremely tough, epoxy casting compound. It was specifically designed for casting large bushings, insulators, instrument and power transformers. The cured material exhibits excellent thermal stability and thermal cycling characteristics. This product meets ul94-hb flammability requirements.

CLH5185 is a heat cure, low stress, extremely tough, epoxy casting compound. It was specifically designed for casting large bushings, insulators, instrument and power transformers. The cured material exhibits excellent thermal stability and thermal cycling characteristics. This product meets ul94-hb flammability requirements.

HK Research R0231 is a resilient, light stabilized acrylic modified polyester casting resin.

Proxima® HPR 2100 is uniquely formulated to provide the most superior toughness performance among Proxima® resins. Proxima® HPR 2100 shows higher impact strength than the standard formulation while maintaining stiffness and glass transition temperature.

CLH6560 is an exceptionally tough epoxy casting system with excellent low temperature thermal and mechanical shock resistance.

XHD1843 is a two component, low viscosity, room temperature curing, epoxy system. The product cures to a tough, resilient, semi-flexible casting.

Proxima® ACR 4100 is an ultra-low viscosity resin designed for infusion processes with commercial fabrics based on glass roving and carbon fiber tow. It provides laminates exhibiting excellent fracture toughness, low water absorption and a glass transition temperature above 120 °C.