BIOPOLYOL is made from rapeseed oil applying chemo-enzymatic synthesis routes, which follows Principles of Green Chemistry. This biopolyol have much better characteristics compared with chemical polyols, which currently are been produced from petroleum products.

 

BIOPOLYOL is natural (“green”), biodegradable, non-toxic and anti-allergic.

 

BIOPOLYOL can be used in production of polyurethane foams and as an active precursor for various synthetic transformations. Biopolyol, due to very unique structural features in comparison with chemical polyol, exposes flame-retardant properties – the use of it can reduce polyurethane fire potential.

 

Physico-chemical properties of BIOPOLYOL:

Appearance 961 kg/m3
Physical state liquid
pH 5.0
Density, at 15 °C 961 kg/m3
Solidification temperature -31 °C
Viscosity at 40 °C 148 mm2/s
Viscosity at 50 °C 90 mm2/s
Viscosity at 100 °C 60 mm2/s
Dynamic viscosity at 40 °C 140 mPa.s
Dynamic viscosity at 100 °C 14 mPa.s
Water content, % 0.25
Acid value, mg KOH/g ~ 1.0
Resistance to oxidation at 110 °C, h 1.17
Flash point (open pot) 192 °C
Products 0

ERO is made from rapeseed oil applying enzyme catalysis. ERO can change phthalates, which are toxic and dangerous for health and soon will be forbidden in EU to be used as plasticizers.

 

ERO is natural (“green”), biodegradable, non-toxic and anti-allergic.

 

ERO can be used as natural plasticizer instead of chemical plasticizers in such industries as: dying and polishing products manufacturing, cosmetics, toys manufacturing, PVC production etc.

 

Physico-chemical properties of EPOXIDIZED RAPESEED OIL:

Physical state liquid
pH ~ 5.0
Density, at 15 °C 946 kg/m3
Solidification temperature - 18 °C
Viscosity at 40 °C 40 mm2/s
Viscosity at 50 °C 27 mm2/s
Viscosity at 100 °C 8 mm2/s
Dynamic viscosity at 40 °C 37 mPa.s
Dynamic viscosity at 100 °C 7 mPa.s
Water content, mg/kg 202
Acid value, mg KOH/g 0
Sulphur value, % 0.13
Resistance to oxidation at 110 °C, h 2.7
Products 0