Potasium Amyl Xanthate

Potasium Amyl Xanthate

Potasium Amyl Xanthate


Potassium amyl Exentate   What is Potassium? Exentates are water-soluble chemicals used primarily in the mining industry. By reacting an alcohol with carbon and alkaline disulfide such as sodium hydroxide or potassium hydroxide, exanthes can be obtained.


The alcohols used are not unique. They can be ethyl, butyl (isobutyl, ordinary butyl, secondary butyl), propyl (isopropyl, normal propyl) and amyl (isoamyl, ordinary amyl, secondary amyl). It comes in dry forms such as powder, granules, pellets, tablets or shells.


Exentate is a common name for chemical reagents used in the flotation of base and precious metals and is the standard method for separating valuable minerals such as gold, copper, lead or zinc from other minerals such as rock. It is lime or quartz.


Potassium Emile Exantate


This type of Potassium is mixed to extract quantities of conditioned ore in a solution of water and exanthates and then They are stirred in floating cells. Exentates may be added in liquid or solid form. &Nbsp;


Exanthates cause their minerals to attach to air bubbles and then float to the top of the floating cell. As the values ​​reach the surface, the bubbles form a fabric that overflows to collect in a depression. The rest may be reused.


Delete for extra recovery or disposal. In this process, more exanthate is used. Several flotation processes are required for different rocks.


Since each ore is unique, there is no standard buoyancy method and no standard grade or standard exanthate type is used to extract specific values.


Each manufacturer has its own scores for the composition of exentate, including purity, which has at least 100% to 100% moisture. Four types of exanthate (ethyl, butyl, propyl and amyl) are produced in different compounds with sodium and potassium, which are stabilizing in chemical formula. By combining with potassium,   potassium We will have Emile Exantate  .


Dangers of using   Potassium Emile Exantate


Exentates are subjected to spontaneous combustion. Risks of exanthate do not include the following:


  • Production of toxic and flammable decomposition products (carbon disulfide and potentially alcohol vapors)
  • Spontaneous combustion that produces toxic combustion products (sulfur dioxide, carbon monoxide and carbon dioxide)
  • Low order explosion of combustion decomposition products
  • Acute injury if consumed or absorbed in significant amounts through the skin
  • If inhaled or absorbed through acute skin irritation



Potassium Emile Exantate Micrometrically easily absorbs air moisture, which in high enough quantities can accelerate decomposition.


When xanthates decompose, they produce carbon disulfide. This gas is flammable and its explosive limits are from 1% to 50% by volume in air and automatic temperature of 60 degrees Celsius


Long-term exposure to high levels causes the following :


    Nervous system effects including fatigue, insomnia, headache and irritability
  • Increased susceptibility to heart disease including heart attack, hypertension and angina
  • Link to eye damage, fertility effects and hearing loss.


Application   Potassium Emile Exantate


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