Novel mercury releasing agent and preparing method thereof
A new type of mercury release technology, applied in the field of new mercury release agent and its preparation, can solve the problems of low temperature storage, product adhesion, high requirements for production and storage environment, so as to increase the amount of mercury release and ensure no The effect of exceeding the standard and reducing environmental pollution
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Embodiment 1
[0025] A novel mercury release agent comprising the following components by weight: titanium amalgam Ti 3 Hg 4.4kg, zirconium aluminum alloy ZrAl 16 2.3kg, high-purity titanium powder Ti 0.8kg, tin powder Sn 0.35kg, silver powder Ag 0.9kg. During preparation, each component is weighed according to the proportion, and mixed together, the degassing temperature for removing hydrogen is 1000°C, and the temperature for removing free mercury in a vacuum furnace is 450°C. After 3-5 hours, a novel mercury-releasing agent was prepared.
Embodiment 2
[0027] A novel mercury release agent comprising the following components by weight: titanium amalgam Ti 3 Hg 4.2kg, zirconium aluminum alloy ZrAl 16 2.5kg, high-purity titanium powder Ti 1.2kg, tin powder Sn 0.15kg, silver powder Ag0.9kg. During preparation, each component is weighed according to the proportion, and mixed together, the degassing temperature for removing hydrogen is 1000°C, and the temperature for removing free mercury in a vacuum furnace is 450°C. After 3-5 hours, a novel mercury-releasing agent was prepared.
Embodiment 3
[0029] A novel mercury release agent comprising the following components by weight: titanium amalgam Ti 3 Hg 4.8kg, zirconium aluminum alloy ZrAl 16 2.8kg, high-purity titanium powder Ti 1kg, tin powder Sn 0.3kg, silver powder Ag 0.95kg. During preparation, each component is weighed according to the proportion, and mixed together, the degassing temperature for removing hydrogen is 1000°C, and the temperature for removing free mercury in a vacuum furnace is 450°C. After 3-5 hours, a novel mercury-releasing agent was prepared.
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Abstract
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