Today Pasargad Hakhamanesh Arshia.Co have wide experience in handling of sulphur products and offer it's widest range in Iran - both for Industrial as well as agriculture use.
For industrial uses we have several grades suitable for all kinds of indsutries and applications. We offer coated as well as un-coated powders and granules forms used in various applications for rubber, latex and other specialised products.
Our want show is in the field of mineral processing, and more particularly deals with a process for converting lump sulphur into a micronized powder.
processes for the production of micronized sulphur powder are dangerous and energy inefficient. Micronized sulphur powder is quite often presently produced by pulverizing sulphur lumps in mechanical milling equipment.
Particularly in circumstances where very finely sized particles are acquired, conventional milling results are dependent upon substantial energy consumption. As such, if it was possible to determine a method of production of micronized sulphur powder which either used means other than mechanical milling or a mechanical milling process that significantly decreased the energy requirement, it would be desirable from an economic perspective. We can provides a micronized sulphur powder product wherein 95% of the particles in the sulphur powder product are less than about 75 microns in size.
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Today Pasargad Hakhamanesh Arshia.Co have wide experience in handling of sulphur products and offer it's widest range in Iran - both for Industrial as well as agriculture use.
For industrial uses we have several grades suitable for all kinds of indsutries and applications. We offer coated as well as un-coated powders and granules forms used in various applications for rubber, latex and other specialised products.
Our want show is in the field of mineral processing, and more particularly deals with a process for converting lump sulphur into a micronized powder.
processes for the production of micronized sulphur powder are dangerous and energy inefficient. Micronized sulphur powder is quite often presently produced by pulverizing sulphur lumps in mechanical milling equipment.
Particularly in circumstances where very finely sized particles are acquired, conventional milling results are dependent upon substantial energy consumption. As such, if it was possible to determine a method of production of micronized sulphur powder which either used means other than mechanical milling or a mechanical milling process that significantly decreased the energy requirement, it would be desirable from an economic perspective. We can provides a micronized sulphur powder product wherein 95% of the particles in the sulphur powder product are less than about 75 microns in size.
