-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

- Superior mechanical propertiesand chemical resistance at elevated temperature. - Suitable for solvent resistance applications

- Suitable for extreme high temperature environment. - High heat distortion temperaturewith excellent fatique resistance

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

- High elongation with high toughness i.e. high impact strength. - Suitable for non-critical corrosive applications

- Vinyl ester primer for concrete, carbon steel, stainless steel and old FRP. - Excellent resilience and adhesion to metal

- Vinyl ester primer for concrete. - Excellent adhesion to concrete. - High heat resistance and excellent chemical resistance