RESIN & FILLERS

• Infusion System
• High mechanical properties can be achieved.
• The cured system gives a temperature resistance up to 100°C (Tg 1)
• A post cure is needed before demolding

• Excellent retention of mechanical properties in a wet environment
• Temperature resistance: Tg1 max = 100°C
• Has achieved GERMANISCHER LLOYD approval
• Very low viscosity 
• Low reactivity hardener for large part manufacturing

• Infusion epoxy system with low viscosity and very high temperature resistance of 200°C
• SR 1720 and SD 7840 form a two component epoxy system that can be processed at an average temperature of 30-35 °C
• Allows composite parts to endure extreme heat and perform at temperatures up to  200°C

• Two component epoxy systems for parts or tooling with a service temperature up to 120°C, 160°C peak
• Excellent chemical resistance
• Resistance to oxidization
• Low exothermic peak.

• SR Greenpoxy 28 is the result of the latest innovations in bio-based chemistry.
• A high performance bio epoxy resin which has 28 % of its molecular structure deriving from plant origin.
• Clear laminate.
• High mechanical properties.
• Lower environmental impact than standard Epoxy Bisphenol-A epoxy.

• Slow hardener, very low viscosity allowing fast reinforcements wet out.
• Laminates requiring 6 to 8 hours of working time.
• Adapted to the production of parts with a service temperature up to 120°C.
• Items can be handled and extracted from moulds after 12 hours at 40°C or 8 h at 60°C

• Suitable for brush application.
• Cure at room temperature, a post-cure is required before release.
• Excellent thermal resistance after post-cure.
• Good abrasion resistance.
• Recommended for manufacturing of mould with a service temperature of 130°C max.

Very easy to use, can also be used manually.
Applies up to 40 mm thick.
Non abrasive, tool friendly.
User friendly, yields very few small dust particles.
Excellent surface appearance, very smooth and fine.
Very good temperature stability up to 70 °C.
Glass transition temperature DTMA TG m max = 76 °C