CW1302/HY1300

Advanced Materials Electrical Insulation Materials Light Electrical Araldite Casting Resin System Araldite CW 1302 GB 100 pbw Hardener HY 1300 GB 11 pbw Optimally filled casting system for processing and curing at room temperature or slightly higher temperatures Inductive Components Applications Wound capacitors Electrical devices working in potentially explosive environment Processing Casting Good thermal conductivity Properties Low water absorption Good long term thermal resistance Flammability: UL 94 V-0 (3.2 mm) NF F 16 102 classified Complies with requirements of EN 50014 and EN 50028 Edition: April 2006 Replaces edition: November 2004 Product data (Guideline values) Modified, solvent free epoxy resin with inorganic filler Araldite Viscosity at 25C mPa s ca. 40 000 CW 1302 GB Specific gravity at 25C g/cm 1.76 Flash point DIN 51 758 C >200 Filler content % 66 As supplied form Filled, high viscous liquid Hazardous decomposition products Carbon monoxide, carbon dioxide and other toxic gases and vapours if burned Disposal Regular procedures approved by national and/or local authorities Formulated, medium viscosity polyamine hardener Hardener Viscosity at 25C mPa s ca. 180 HY 1300 GB Specific gravity at 25C g/cm 1.0 Flash point DIN 51 758 C >150 As supplied form Brown liquid Hazardous decomposition products Carbon monoxide, carbon dioxide and other toxic gases and vapours if burned Disposal Regular procedures approved by national and/or local authorities Storage Store the components in a dry place at 18-25C, in tightly sealed original containers. Under these conditions, the shelf life will correspond to the expiry date stated on the label. After this date, the product may be processed only after reanalysis. Partly emptied containers should be tightly closed immediately after use. For information on waste disposal and hazardous products of decomposition in the event of a fire, refer to the Material Safety Data Sheets (MSDS) for these particular products. Araldite CW 1302 GB/HY 1300 GB Nov 2004 Huntsman Advanced Materials 2