Sr Surf clear evo
Epoxy resin
SR Surf clear evo
Product description:
SR SURF CLEAR EVO is a versatile biobased epoxy resin, specially formulated for the manufacture of technical composite parts and widely used in the surf industry. It provides a solution to structural and aesthetic problems (transparency and better UV resistance).
Used for the laminating, glassing and sealing (plugs, boxes, etc…), it offers many advantages:
– fast and complete impregnation of the reinforcements
– Low surface pollution
– Improved sandability (low abrasive contamination)
Based on the latest innovations in green chemistry, SURF CLEAR EVO is composed of 42% biobased carbon, enabling you to reduce the carbon footprint of your projects without compromising performance.
All SD EVO hardeners can be mixed with each other to obtain intermediate reactivities (important to respect of the mix ratio by weight of each component).
Hardeners
SD EVO SLOW
Slow hardener.
It is suitable for higher ambient temperatures and the production of vacuum parts.
Mix ratio 2/1 by volume.
Tg max = 89 °C.
Post-firing recommended to obtain maximum thermomechanical properties.
No CMR.
SD EVO medium
For stratification and glazing.
Mix ratio 2/1 by volume.
Tg max = 84 °C.
Post-firing recommended to obtain maximum thermomechanical properties.
No CMR.
SD EVO fast
For stratification and glazing.
Mix ratio 2/1 by volume.
Tg max = 84 °C.
Post-firing recommended to obtain maximum thermomechanical properties.
No CMR.
Hardeners
SD EVO SLOW
Slow hardener.
Pour des pièces de grande dimension et/ou de forte épaisseur. Idéale pour la réalisation de pièces sous vide.
Mix ratio 2/1 by volume.
Tg max = 89 °C.
Post-firing recommended to obtain maximum thermomechanical properties.
No CMR.
SD EVO FAST
Very fast hardener.
For stratification and glazing.
Mix ratio 2/1 by volume.
Tg max = 84 °C.
Post-firing recommended to obtain maximum thermomechanical properties.
No CMR.
SD EVO MEDIUM
Fast hardener.
For stratification and glazing.
Mix ratio 2/1 by volume.
Tg max = 84 °C.
Post-firing recommended to obtain maximum thermomechanical properties.
No CMR.