Nikan Farayand Noandish

We would like to take this opportunity to introduce Nikan Farayand Noandish Company as a successful manufacturer and supplier of Chemical Material in Iran, which was established in the year 2002. The main products of our company are:

Hydrochloric Acid (HCl) Sulfuric Acid (H2SO4) Sodium Sulfate (Na2SO4()

Calcium Chloride (CaCl2) Sodium Hypochlorite (NaClO)

Nikan Farayand Noandish Company takes assistance of top level of experts to provide highest quality, the reasonable prices, and the most range of satisfaction for its customers. All the above activities are also supporting by the best contractors of transportation for presenting the most excellent services to clients.

Nikan Farayand Noandish Company is the largest exporter company in chemical products. Our main destination country is Iraq, Armenia, UAE, Oman, Afghanistan, Azerbaijan, Syria, Turkey and other country.

We export approximately 2000 Ton HCl per month and 2500 Ton H2SO4 per month just to Iraq. So we can tell you to be sure of our power in export.

We wish the above mentioned facts could explain our activities and clarified our strategy in keeping the competitive quotation, high quality and best services for customer's satisfaction, with the aim of establishing a long term business association.

NIKAN FARAYAND NOANDISH CO.

Head Office Tel:

Sales Department: int. 1, 2

Finance Department: int. 4

Direct line of Export Department: +98 21 44 61 7401

Direct line of sales Department: +98 21 44 61 7449

MOBILE: +98 912 822 4641

Website: WWW.Nikanfarayand.com

Email: NIKANFARAYAND@YAHOO.COM

Email: INFO@NIKANFARAYAND.COM

Address: Unit 5, N0 23, 9th St, Ashrafi Isfahani Ave,, Tehran, Iran

Hydrochloric Acid

Sulphuric Acid

Sodium sulfate

Calcium chlorid

sodium Hypochlorite

Did you know that the human stomach contains Hydrochloric Acid? It is found in Gastric Acid which is a key part of the human digestive system. Gastric Acid works by activating digestive enzymes in the stomach which help to break down food contents.

Hydrochloric Acid varies in strength. If you are working with this chemical you must read the MSDS provided by your Hydrochloric Acid supplier before starting a job. Always wear PPE (Personal Protective Equipment) including approved eye protection, compatible safety gloves, safety boots and safety coveralls. Concentrated Hydrochloric Acid should be handled under fume extraction. This chemical is also known as Muriatic Acid or Spirits of Salt. It is commonly referred to by its chemical formula HCl.

Here are 10 uses of Hydrochloric Acid:

1. To ‘pickle’ steel. This is a process whereby rust and scale is removed from steel sheet or coil with the use of a dilute solution of Hydrochloric Acid. The metal can then be processed
2. To manufacture organic compounds such as Vinyl Chloride and Dichloromethane which are used to produce PVC (Poly Vinyl Chloride)
3. To regulate the pH level in a wide range of manufacturing and treatment processes including the production of drinking water, pharmaceuticals, beverages and foods
4. In the processing of additives for the food industry including fructose, citric acid and hydrolyzed vegetable protein
5. To produce inorganic compounds for water treatment including drinking water and waste water
6. To neutralize the water in swimming pools making it safe for bathers
7. To regenerate ion exchangers
8. To process leathers in the tanning industry
9. To purify common salt
10. In North Sea oil production where it is used to facilitate oil well acidizing

Colorless Hydrochloric Acid Analysis Sheet

Calcium chloride is a type of salt derived from limestone. It is also produced as a byproduct of the ammonia-soda process of making soda ash. This type of salt has several properties that make it useful in commercial, industrial, and medical applications. The compound prevents water from freezing, absorbs moisture from the air, and generates heat when wet. Its medical uses include treatment for calcium disorders, certain heart conditions, and toxicity issues.

Roads are often treated with calcium chloride during freezing conditions. It keeps roads free from ice by melting existing ice and lowering the freezing point of water. The compound is also applied to unpaved roads to prevent dusty conditions. It does this by absorbing water from the air, keeping a thin layer on top of the road moist. Other commercial applications include adding it to concrete to speed up curing time and using it as a packaging desiccant to prevent moisture from harming delicate electronics.

Patients with magnesium intoxication or calcium channel blocker toxicity are treated with intravenous injections of calcium chloride. In some cases, the compound is used for emergency cardiac resuscitation. It is also used to treat hypocalcaemia, a medical condition that sometimes requires an emergency infusion of the compound.

Calcium chloride is found in many foods. It is used to add a salty taste to pickles without raising sodium levels. Canned foods, such as green beans, retain their firmness when treated with the salt. It is added to many sports drinks to help athletes maintain their electrolyte balance. Some cheeses are made by first adding the compound to milk or milk products.

Many products that control moisture in closets and basements use calcium chloride as the main desiccant. Portable hand warmer packs and heating pads utilize the compound’s ability to generate heat when moistened. Fabric softeners often contain calcium chloride to improve the liquid’s viscosity because the compound absorbs water and holds it in suspension. It is a salt mineral and is used in swimming pool maintenance to increase the hardness of the water.

Marine aquariums use calcium chloride to increase the calcium content of the water. Certain marine animals, such as mollusks, require water with extra dissolved calcium to maintain health. Tires are sometimes weighted with the compound. It is mixed with water and injected into the air space of the tires. This adds extra weight and drag to the tires while preventing the water from freezing and damaging them.

EVALUATION OF CALCIUM CHLORIDE

(IN Accordance With N.I.S.O.C Specification)

Sodium sulfate is the sodium salt of sulfuric acid. When anhydrous, it is a white crystalline solid of formula Na₂SO₄ known as the mineral thenardite; the decahydrate Na₂SO₄·10H₂O is found naturally as the mineral mirabilite, and in processed form has been known as Glauber's salt or, historically, salt mirabilis since the 17th century. With an annual production of 6 million tones, it is a major commodity chemical product.

Use in Soaps and Detergents
A large amount of sodium sulfate has been used in powdered detergents as filler. However, sodium sulfate use has begun declining as well; the need for filler has gone down, due to the trend toward using concentrated liquid detergents instead of bulkier powder formulas. It is still used in carpet powders and window defrosting applications. Textiles
Approximately 100,000 tons of sodium sulfate is utilized annually for dyeing textiles. It does not corrode the stainless steel vessels as sodium chloride (which can also be used in this manner) does. Sodium sulfate is a leveling agent, reducing negative chargers on the fibers, which allows the dyes to penetrate evenly. Sodium sulfate is a by-product of rayon production. Wood Pulp
One notable use for sodium sulfate compound is in the Kraft process, also known as the sulfate process, of wood pulp manufacturing which is widely used to make paper products and building supplies .The technology involves impregnating wood chips with sodium sulfate; the wood is heated, causing a reduction of the sodium sulfate into sodium sulfide. This breaks the bond in the cellulose of the wood, making it malleable and able to be extruded. Glass
Sodium sulfate is used in the glass industry as well. Sodium sulfate prevents scum formation by the molten glass during refining, and also fluxes the glass. The compound also acts as a fining agent in molten glass, removing small air bubbles and imperfections during the blowing and casting processes. Drying and Thermal Storage
In the laboratory, sodium sulfate is often used as an inert drying compound for organic materials. It removes water from compounds reliably at temperatures below 30° C (86° F). Another main use of sodium sulfate is in thermal storage. It has been utilized as a solar heat storage component, because it has a high heat storage capacity and does not change from a solid to a liquid until 90 ° F (32 ° C). Sodium sulfate is used to store heat in thermal tiles, and put into cells surrounded by solar-heated water, as well as in some computer-cooling and insulating applications.