Tungsten copper - Import export

Chemical appearance T – 610 has pinkish orange colour and comes in plaster of powder form. It is chemically stable and has no strong odour. It is sparingly dissolvable in water but very soluble within alkali solutions. Chemical application and strength T – 601 is a great collector which has excellent selectivity characteristics in the right conditions compared to that of SHA or SalicylHydroxamic Acid. It has the ability to form chemically stable chelate with copper, tin, iron, various rare earth minerals, copper, tungsten, and many more. But with alkali and earth metals, the T – 601 forms unstable chelate. Very soluble in water. Exhibits great selectivity characteristics in the flotation of select metal ores, particularly tin. It is always used along with P86 in the flotation process of tin.

Chemical appearance Salicyl Hydroxamic Acid has a pinkish orange colour and comes in powder form. It is chemically stable and has a subtle distinct odour. Chemical application and strength Salicyl Hydroxamic Acid or Salicyl Hydroximic Acid when used with iron, tin tungsten, copper, and various rare earth materials will be able to create stable chelate. In contrast, if it is used along with alkali earth metals and various alkali metals it will create unstable chelate. In conclusion, Salicyl Hydroximic Acid (SHA) has a very strong selectivity. If used with tin, it will be able to produce different complex salts, which proves its excellent selectivity towards tin. It is easily soluble within water and also in aqueous alkali solutions. In the flotation process, P86 is always partnered with SHA when extracting tin. Salicyl Hydroximic Acid (SHA) also has excellent frothing ability. Because of its characteristic of low toxicity, it is safe to use within any environment.