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DISPERAL and DISPAL - Sasol DISPERAL and DISPAL are the trademarks for the high-purity, highly dispersible boehmite powders and sols dispersions manufactured by Sasol in Brunsbüttel, Germany, and in Lake Charles, Louisiana, USA
DISPERAL DISPAL. GB#18 - sasoltechdata. com DISPERAL and DISPAL are the trade-names for the high purity, highly dispersible, boehmite alumina powders and sols dispersions manufactured by Sasol in Brunsbüttel, Germany and in Lake Charles, Louisiana, USA
Sasol Performance Chemicals 2 3 Advantages of DISPERAL and DISPAL mite of exceptional purity Unlike other alumina manufacturing processes that start with less pure materials, Sasol’s processes yield aluminas with significantly lower levels of common impurities such as iron,
Sasol Germany GmbHSasol Germany GmbH - chemwinfo. com L® High purity dispersible aluminas DISPERAL and DISPAL are the trade-names for the high purity, highly dispersible, boehmite alumina powders and sols dispersions manufactured by Sasol in Brunsbüttel, Germany
DISPAL DISPERAL - Sasol DISPERAL and DISPAL are the trademarks for the high-purity, highly dispersible boehmite powders and sols dispersions manufactured by Sasol in Brunsbüttel, Germany, and in Lake Charles, Louisiana, USA
Dispal | Gränges The DISPAL ® material offers a higher specific stiffness than titanium alloys and steels This combined with a high thermal conductivity and low thermal expansion gives it an exceptional form stability DISPAL ® has properties comparable to those of steel but at only a third of its weight
DISPAL: A High-Performance Aluminum Material - JD Technologies, LLC One result is DISPAL®, a range of high-performance spray-formed aluminum materials Due to spray-forming, a powder metallurgical process, the alloys solidify extremely quickly This results in the material having an extremely fine grain and homogeneous micro-structure without inclusions or oxides
KAM and Gränges Powder Metallurgy partner to expand DISPAL alloy use DISPAL is said to be superior to aluminium, with high-temperature resistance, significantly reduced wear, high stiffness and strength, low density weight, a very low coefficient of thermal expansion, and excellent thermal shock behaviour