Metal oxide coated titanium electrodes are distinguished by the gas released from the anode during electrochemical reactions. The ones used to release chlorine gas from the anode are called chlorine evolution anodes, such as ruthenium coated titanium electrodes; Oxygen evolution anodes, such as irid
READ MORETitanium anode, as the anode in titanium-based metal oxide coating, has good catalytic performance, small change in pole distance, strong corrosion resistance, good mechanical strength and processing performance compared with general electrode materials, and is favored by many fields.
READ MOREIn September, the titanium electrode order of Canadian customer was delivered on time with both quality and quantity guaranteedSince International Workers Day, the cost of materials has soared.
READ MOREMetal oxide coated titanium electrodes are distinguished by the gas released from the anode during electrochemical reactions. The ones used to release chlorine gas from the anode are called chlorine evolution anodes, such as ruthenium coated titanium electrodes; Oxygen evolution anodes, such as irid
READ MORETitanium anode, as the anode in titanium-based metal oxide coating, has good catalytic performance, small change in pole distance, strong corrosion resistance, good mechanical strength and processing performance compared with general electrode materials, and is favored by many fields.
READ MOREIn September, the titanium electrode order of Canadian customer was delivered on time with both quality and quantity guaranteedSince International Workers Day, the cost of materials has soared.
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