A flotation collector for fluorite ore

Abstract

The invention relates to a fluorite mine flotation agent, in particular to a fluorite mine flotation collecting agent. The fluorite mine flotation collecting agent comprises, by weight, 10 parts to 30 parts of 4-oxygen-bridge palmitic acid, 30 parts to 60 parts of oleic acid sulfation soap, 10 parts to 35 parts of terpenic oil, and 5 parts to 15 parts of octaphenyl polyoxyethyiene. The fluorite mine flotation collecting agent is good in selectivity and collection capacity, the grade of fluorite mine can be obviously improved, the recovery rate of fluorite mine can be obviously increased, the fluorite mine flotation collecting agent is suitable for the beneficiation process of lean ore and refractory ore, flotation froth is stable in property, the fluorite mine flotation collecting agent is resistant to hard water and low temperature, good in water solubility and dispersity, and agent consumption is substantially reduced.

Description

Technical field [0001] The invention relates to a fluorite ore flotation agent, in particular to a fluorite ore flotation collector. Background technique [0002] The main collectors used in the production of fluorite ore in China are mainly fatty acids, and oleic acid is commonly used. Oleic acid is an important collector for the flotation of non-sulfide ore, but this collector has poor water solubility and is sensitive to temperature. , Poor selectivity and intolerance to hard water, large dosage, low concentrate grade and large index fluctuations, especially in winter and northern areas when the water temperature is below 15 ℃, the slurry needs to be heated during the process of beneficiation, and even some northern beneficiaries The plant's pulp is heated all the year round, resulting in increased energy consumption and beneficiation costs, and serious environmental pollution. It is difficult to realize economic, efficient and clean development and utilization of fluorite min...

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Problems solved by technology

[0002] The main collectors used in domestic fluorite ore beneficiation are fatty acids, and oleic acid is commonly used. Oleic acid is an important collector for non-sulfide ore flotation, but the collector has poor water solubility and is sensitive to temperature. , poor selectivity and intolerance to hard water, large consumption, low concentrate grade and large index fluctuations, etc., especially in winter and when the water temperature in the northern region is lower than 15°C, the ore pulp needs to be heated during the beneficiation process, and even some northern beneficiation The pulp in the factory is heated all the year round, resulting in increased energy consumption and beneficiation costs, and serious environmental pollution. It is difficult to realize economical, efficient and clean development and utilization of fluorite ore resources; some synthetic collectors with good performance such as Medilan and AKK and nROX, etc., due to many synthesis steps, high cost, and some raw materials are not easy to obtain and difficult to use, so the utilization of fluorite ore resources urgently needs a collector with low temperature resistance, low cost and good collection selectivity

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