Partly Bio-Based Copolyester - Flexible plastic with high temperature resistance docking stations

Partly Bio-Based Copolyester - Flexible plastic with high temperature resistance docking stationsUp to 50 percent of the precursor chemicals used to produce this high performance copolyester elastomer (aka TPC or COPE) is derived from rapeseed oil. The elastomer is strong and flexible. It offers good resistance against UV light and withstands short term heat exposure at temperatures up to around 200C. Used for: It is used as an alternative to more traditional thermosetting rubbers for automotive interiors, sports equipment, furniture, and

Expanded polystyrene beads (aka styrofoam) are coated with a slurry of metal powder and a binder

or food contact

The tubes are available in lengths up to six meters with an inner diameter up to 100 mm and a wall thickness from 1 to 10 mm

Create rotational moulded garden furniture or toys for playgrounds with striking graphics

and rain intensity monitoring

This natural cloth is made from bark of the Ugandan fig tree

The sample has hooks on both sides and measures 10 cm x 10 cm - see the photo

Create window blinds where the user can control the inflow of light by adjusting the angle between the filters

The regular polycaprolactone does not have this odour

The active material in the additive is fine iron particles that react with oxygen (oxidise) as the oxygen diffuses into the plastic

The board is used as an alternative to wood and as a core material in sandwich constructions

Apple uses it in iPods to connect flexible electronics sub-assemblies with circuit boards