Epoxy coating powder for motor Application : Slot insulation Advantage : Adhesion on metal, Thin coating, Storage stability

Separated-type liquid epoxy resin Application : Ignition coil package Advantage : Good impregnation ability

One component liquid epoxy resin Application : Ceramic filter Advantage : Low temp. curing

One component liquid epoxy resin Application : Relay Advantage : Good adhesive strength

One component liquid epoxy resin Application : Sensor Advantage : Good adhesive strength and high strength

One component liquid epoxy resin Application : Relay Advantage : Heat resistance and good adhesive strength

E-16521A is an encapsulation grade epoxy molding compound suitable for electrical applications such as coils.

E 264H is a high strength, long fiberglass reinforced epoxy molding compound, which features improved flow in transfer molding.

E 2748-9641D is a mineral and short fiberglass filled epoxy molding compound.

E 2748A is a glass reinforced epoxy molding compound, with good impact strength combined with soft flow for the encapsulation of devices requiring high quality and thermal shock resistance.

E 3812M-1 is a mineral and short fiberglass filled epoxy molding compound for low pressure encapsulation molding, featuring excellent dimensional stability, good thermal shock resistance, and good electrical insulation properties

E 3938A is a fiberglass reinforced epoxy molding compound, with excellent dimensional stability, good strength, and excellent electrical insulation properties.

EM 7459A is a medium strength fiberglass reinforced epoxy molding compound, which features enhanced impact strength and toughness

E 8353-706R is a fiberglass and mineral reinforced epoxy molding compound, with excellent dimensional stability and good strength at elevated temperatures.

E 8354-19189-2 is a glass and mineral reinforced epoxy molding compound, formulated for the encapsulation of devices requiring high quality and thermal shock resistance.

E 8354A-1 is a fiberglass and mineral reinforced epoxy molding compound, with excellent dimensional stability, good electrical insulation properties, and good strength.

E 8354A-2 is a fiberglass and mineral reinforced epoxy molding compound, with excellent dimensional stability, good electrical insulation properties, and good strength.

E 8398 is a fiberglass and mineral reinforced epoxy molding compound, with excellent dimensional stability, good electrical insulation properties, and good strength.

E 8701A is a fiberglass and mineral reinforced epoxy molding compound, with excellent dimensional stability and good strength at elevated temperatures.

E 8940SG is a mineral reinforced epoxy molding compound, formulated for the encapsulation of electronic devices requiring high quality, exceptional reliability, and outstanding moldability. Typical applications include passive electronics, RC networks and rectifiers.

E-9504H-1 is glass fiber filled epoxy molding compound designed for encapsulation of delicate electrical components as well as large coils. Excellent thermal shock, moldability, and retention of electrical properties under humid conditions are the outstanding features of this material.

EM 7302 is a long fiberglass reinforced epoxy molding compound, which features high strength and toughness for structural components. This compound is designed for applications requiring Mil-M-46069 certification

EM 7302LD-2 is a long fiberglass reinforced epoxy molding compound with a low density inert filler. This compound is designed for applications where moderate strength and weight savings are desirable.

EM 7302XLD is a long fiberglass reinforced epoxy molding compound with a low density inert filler. This compound is designed for applications where moderate strength and weight savings are desirable.

EM 7400-2 is a polyaramide fiber reinforced epoxy molding compound, which features abrasion resistance and light weight.

TEM 9053C is a short fiberglass reinforced, toughened epoxy molding compound, with excellent dimensional stability, high strength properties and good electrical insulation properties.

- Premium product with higher reactivity and same mechnical properties and chemical resistance like SWANCOR 901. - Lower viscosity for better wetting and handling. - Lower extherm i.e. labor saving and quality improving. - Can comply with US FDA regulation

-Superior mechanical propertiesand chemical resistance at elevated temperature. -High heat distortion temperature with excellent fatique resistance

- Excellent mechanical properties and chemical resistance, such as acids, alkalies, oxidizing chemicals and salt solutions etc. - Excellent fatique resistance. - Quick strength build-up. - Can comply with US FDA_regulation. - DNV and Lloyd's register approval for marine.

- Suitable for CIPP application - Excellent mechanical properties and chemical resistance as SWANCOR 901. - High Thix Index >3.5. - Medium elongation

- Low styrene content version of SWANCOR 901, with the same molecular weight providing excellent mechanical properties and chemical resistance as SWANCOR 901. - Cost saving alternative

- Lower viscosity version of SWANCOR 901, with the same molecular weight providing excellent mechanical properties and chemical resistance as SWANCOR 901. - Suitable for vacuum infusion process.

- Suitable for flame retardant applications. - Meet ASTM E84 Class 1 while incorporated with 3-5% Antimony Trioxide or 3.75% Nyacol APE 3040. - Excellent mechanical properties and chemical resistance as SWANCOR 901. - Suitable for various fabrication process like hand layup, filament winding, pultrusion etc. - Can comply with US FDA regulation

SWANCOR 905C is a brominated Bisphenol A type epoxy vinyl ester resin. It provides excellent corrosion resistance to a broad range of organic and inorganic acids, alkali, oxidizing chemicals and salt solutions etc as good as Bisphenol A type resins. It also provides very good mechanical strength such as tensile and flexural while incorporated with reinforcement such glass fiber, carbon fiber or kevlar fiber etc. SWANCOR 905C offers excellent flame retardancy for FRP applications. ASTM E84 Class 1 can be achieved while incorporated with Nyacol APE 3040. It is also designed to provide superior toughness with excellent fatigue resistance due to high heat distortion temperature.

- Combination of flame retardance, improved elevated heat resistance and excellent chemical resistance. - Meet ASTM E84 Class 1 while incorporated with 3-5% Antimony Trioxide

- Surperior mechanical properties and chemical resistance at elevated temperature. - High heat distortion temperature with excellent fatique resistance. - Suitable for more aggressive corrossive applications. - Various fabrication process like hand layup, filament winding, pultrusion etc. - Can comply with US FDA regulation

- Higher elongation with toughness than Bisphenol A epoxy vinyl ester resin. - Good heat resistance. - Suitable for contact molding for sporting parts

- Vinyl ester primer for both metal and concrete. - Excellent adhesion to both metal and concrete. - Excellent heat resistance and chemical resistance

- High elongation with excellent resilience. - Suitable for non-critical corrosive applications

- Modified Bisphenol A epoxy vinyl ester resin. - Good heat distortion temperature and improved toughness. - Excellent fatique resistance. - Suitable for compression molding process