Method and device for recovering waste diamond cutter heads
The technology of a diamond cutter head and a recycling method is applied in the field of waste diamond cutter head recycling, which can solve the problems of non-recovery of metal elements and secondary pollution, and achieve the effect of realizing environmental protection benefits and economic benefits.
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Embodiment 1
[0019] Present embodiment is the recycling of diamond granite saw blade cutter head, and the recovery device that adopts is as figure 1 As shown, it includes an electrolysis tank for electrodissolving the metal in the waste diamond cutter head, a reaction kettle for carrying out the precipitation reaction of the electrolysis solution containing metal ions in the electrolysis tank, and the reaction kettle for the precipitation reaction. A vacuum filter for filtering and drying the solid-liquid mixture, the filtrate of the vacuum filter is returned to the electrolysis tank, and a reduction furnace for calcining the metal precipitate filtered and dried by the vacuum filter, the An electrolytic solution transfer box is provided between the electrolytic tank and the reaction kettle, and a filtrate storage tank is provided between the vacuum filter and the electrolytic tank.
[0020] The carcass composition of the diamond granite saw blade head is mainly: iron 73 copper 15 nickel 4 ...
Embodiment 2
[0040] This embodiment is the recycling of ceramic tool cutter heads, and the recycling device, process flow and conditions are the same as those in Embodiment 1.
[0041] The carcass composition of ceramic tools is mainly: iron 51 copper 30 nickel 8 tin 6 zinc 5, the particle size of diamond is relatively fine.
[0042] A set of equipment for processing 20 tons of waste ceramic tool bits per month works continuously for 25 days, and can recover 500 kilograms of diamonds, worth 750,000 yuan; recover 2 tons of ultra-fine copper powder, and 17 tons of ultra-fine iron-copper-nickel-tin-zinc alloy powder.
[0043] The calcining reduction process of the ultrafine powder is the same as the existing ultrafine cobalt powder production process.
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