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A New Test Method for Hot Abrasion Resistance on Refractories

A New Test Method for Hot Abrasion Resistance on Refractories
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摘要 Test methods for hot abrasion resistance of refractories in China and overseas were briefly introduced. A new test method for hot abrasion resistance was researched. The new method inherits test principle of cold abrasion resistance in Chinese standard totally, adopts compressed air pre-heating and electricity heating sam- ples, and is featured with complete structure, good con- trollability, simple operation, and small size. The characteristics and operating procedure of HAT-14A tester were introduced. The hot abrasion resistance of various refractories at different temperatures was tested. Test methods for hot abrasion resistance of refractories in China and overseas were briefly introduced. A new test method for hot abrasion resistance was researched. The new method inherits test principle of cold abrasion resistance in Chinese standard totally, adopts compressed air pre-heating and electricity heating sam- ples, and is featured with complete structure, good con- trollability, simple operation, and small size. The characteristics and operating procedure of HAT-14A tester were introduced. The hot abrasion resistance of various refractories at different temperatures was tested.
出处 《China's Refractories》 CAS 2011年第3期26-29,共4页 中国耐火材料(英文版)
关键词 Refractory materials Test method Hot abrasion resistance HAT- 14A tester Refractory materials, Test method, Hot abrasion resistance, HAT- 14A tester
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参考文献4

  • 1Li Shizhuo, Dong Xianglin. Erosion Wear and Fretting Wear of Materials. Beijing: Mechanic Industry Press, 1987:2-5.
  • 2ISO 16282:2007 (E) Method of test for dense shaped refractory products--Determination of resistanee to abrasion at ambient temperature. 2007 : 3 - 10.
  • 3BS 1902 Section 4.7:1985 Determination of resistance to abrasion at elevated temperature up to 1 400℃. 1985: 2 -28.
  • 4JIS R 2252-2 Test method for abrasion resistance of refractory products--Part 2: Method at elevated temperature. Japan JIS Standard Assembly, 2007.

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