This form of the element has many applications. It is a vital component in dyes, fungicides and production of agrichemicals. It is also required in mineral extraction and waste water processing. Powdered sulfur is found in lotions and skin cream ingredients. Burned sulfur helps preserve fruits and bleach paper. The element is part of many creams, lotions and bar soaps. Many of the skin treatment ointment products in the market have this ingredient.
When you think of sulfur, most likely the first thing that comes to mind is an odor like rotten eggs. However, what you may not realize is that sulfur powder goes into many products used in the areas of medicine, agriculture and manufacturing. Sulfur, sometimes referred to as brimstone, is a yellow chemical element that gives off a strong, unpleasant odor.
Production statistics show that the Iran supply volume of sulfur was reached to 1.7 million tons in the end of 2006. Near to 660.000 t/a of total production was produced in khangiran and all oil refineries.
Currently and mostly in the future, Shout Pars Field is and will be one of the major sources of sulfur production in Iran. Running the development plans of this field will lead to increasing of sulfur production. For example starting up of the phases 9, 10 will add 400 t/d sulfur production capacity. Each of other phases such as 15,16,17,18 will add 400 t/d sulfur production of Iran.
Pasargad Hakhamanesh Arshia.Co are a leading Iranian manufacturer of micronised Sulphur Powders.
Pasargad Hakhamanesh Arshia.Co started manufacturing of Sulphur powders in 2003 at.
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.
In addition to the novel method of production of sulphur powder disclosed herein, the micronized sulphur powder which is the product of the process of the present invention represents an advance in the production of this product over the state of the art. The product which is produced using the method of the present invention, micronized sulphur powder, will be comprised of particles of relatively consistent size and a very small micron measurement. Micronically sized sulphur particles have significant commercial utility and benefits.
In addition, the micronized sulphur powder of the present invention will be of an increased quality or purity insofar as the impurities generated from milling equipment will not be present. In addition to the micronized sulphur powder of the present invention, the intermediate micronized sulphur powder cake is also a product which may have commercial utility and which is produced with significantly less energy and with excellent quality compared to products available in the prior art.
Prior art methods of production of sulphur powder have typically concentrated on mechanical milling processes.
Mechanical milling of lump sulphur, particularly where the desired effect is to mill that product to a powder of a small particle size has many limitations including the safety of the process itself as well as that mechanical milling of this nature consumes large quantities of energy and is hard on the milling equipment itself.
The micronized sulphur powder recovered from the process of the present invention could either be packaged or stored for use in this form, or could be blended with additional ingredients.
Blending of the micronized sulphur powder in question with other ingredients dependent upon its end-use will again be a conventional technique or use conventional equipment as will be understood by one skilled in the art and on that basis the specifics of a blending step are contemplated within the scope hereof.
Finally after checked technical expert come in to packing system or tank of packing by 2 line a technical expert select according your order or line big bag and or line packing.
According report buyer we can do packing 25 kg by 2 layers laminate or big bag 1MT by size 95x95x120 for container 20 (Feet).