Dyson Technical Ceramics™ Isostatically Pressed Alumina Crucibles offer resistance to high temperatures, while maintaining good erosion resistance. Dyson Technical Ceramics manufactures a range of crucibles based on Alumina.
Incorporating low iron, pre-calcined dense grain materials, this product is formulated to provide high strength, high abrasion resistance, low porosity and high refractoriness combined with a high resistance to glass furnace carryover, vapours and solids.
A dry pressed high strength abrasion resistant firebrick with good dimensional tolerance. SDR-F is a high performance firebrick which finds application where resistance to glass furnace carryover in solid or vapour forms is required.
Applications of SDS-F and SDR-F Firebricks include:
- Lower regenerator walls (Glass)
- Upper wall back up (Glass)
- Rider arches, were loading is not severe (Glass)
- Furnace and kiln working linings
- High temperature furnace safety linings (Steel and Non Ferrous)
- Reduction cells in Aluminium industry
Tin Oxide Electrodes
Dyson Technical Ceramics™ STANNEX™ electrodes are made from ultra-high purity Tin Oxide, and are an advanced alternative to traditional Molybdenum electrodes.
Carefully selected additives are used to promote good sintering and give a dense product with exceptional electrical conductivity and refractory properties. The use of Tin Oxide also helps avoid the discolouring that can sometimes occur with Molybdenum electrodes.
All STANNEX™ electrodes are isostatically pressed and contain no recycled or reclaimed material to ensure superb consistency and the high quality production. Every electrode is individually tested and approved before dispatch.
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