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Saman Chemicals' natural light soda ash is a white, alkaline granular material. It is a low-density soda ash that is used as a key input in several industries. Soda ash is an essential ingredient in many familiar products such as glass, soap, powdered detergent, paper, textiles and even food. In fact, it is such a basic material that government and commerce agencies apply soda ash production statistics to gauge the health of an economy.

Saman Chemicals North America makes high-quality soda ash that is in demand by several industries in the US as well as the export market. The soda ash produced in the US is natural soda ash, which requires much less energy, capital and raw materials than synthetic soda ash production, and is a significantly less-costly process.

More Specifications

Specifications Safety Data

Safety Data

United States:

Crude soda ash liquor Soda ash solution Sodium carbonate Trona

Plant certification:Canada

Soda ash - Canada

Certifications

United States:

Soda Ash Kosher certification IFANCA HALAL certification NSF Certificate

Plant certification

ISO certificate NAFTA certificate

The acid slurry (soft / hard) from the house of Nutan comes as product of great perfection and application across the industry. We also make use of the best sort of sources and inputs for the industrial world. Our acid comes utilized for various operations in the cleaning sector and has utility in the automobile background.

SPECIFICATION
Active ingredients	Min.	90%
Free Sulphuric Acid	Max.	4-7%
Free Oil	Max.	1%
Colour Klett (5% solution/ 40mm)	Max.	50 When packed
Density (gm/ml at 200c)	N.A.	1.07
Appearance	N.A.	Light Brown Liquid
Viscosity	N.A.	Low Viscosity
Mean Molecular Mass	N.A.	Average 326

LABSA Raw material for synthetic detergents and is used in formulation of detergent powder, cake, liquid soap,cleaning powder. LABSA host of products that serve the needs of various industries like textile, paper, construction, welding, ceramics, foundry, drilling, chemical and many more. Extensive logistic network with a chain of warehouses and excellent transportation facilities. - Manufacturing units in close proximity to end-user facilities, to make handling safer and easier, besides making it more economical for buyers.

We offer our clients high quality Marble powder. This powder is praised for its brilliant shine and excellent chemical properties. Our Marble powder is free from impurities and free flowing due to its higher bulk density and specific gravity. Additionally, customers are eased with the availability of the Marble Powder conventionally packed preventing external contaminants and contact of minerals with harsh climatic conditions. Material upto 1500 mesh is available

Product Specification:

Packaging Type	50 KGS
Grade standard	Technical
Physical State	Powder
Minimum Order Quantity	25 Metric Ton

Additional Information:

Delivery Time	35-50Days
Port Of Dispatch	All ndianPorts
Production Capacity	500 MT PER MONTH
Packaging Details	Packed in 50 KGs HDPE Bags
Payment Terms	L/C (Letter of Credit)/T/T (Bank Transfer)/D/P/D/A

Saman's Light Liquid Paraffin/White Mineral Oil is suitable for Pharmaceutical, Cosmetics & Food industries for direct & indirect food contact.

Properties

For specific uses these oils must be:

• Colourless
• Odourless
• Tasteless
• Conforming to the standards of pharmaceutical purity I.P., B.P. & U.S.P.
• Conforming to the standards of oils in contact with edible substances

They are therefore subjected to a higher refinement so as to be able to conform to particular specifications, (different specifications) in different countries and the standard FDA (Food & Drugs Administration U.S.A.)

Range of Products : The range of Columbia Liquid Paraffins has the following gradations:

• Light grade
• Heavy grade

Applications

Chemical Industry:

• Inert oils for the fabrication of metallic hydrides and catalysts
• Absorbent oils (e.g. in the extraction of the natural essence of perfumeries, the impregnated paper of white oil is used.)

Cosmetic Industry:

• Preparation of solid and liquid brilliantine
• Preparation of detergent creams, cold creams and beauty lotions
• Preparation of hydrated creams
• Preparation of bronzed oils
• Preparation of oil for children's hygiene
• Preparation of make-up products

Pharmaceutical Industry:

• Anti-foaming for the production of penicillin
• Internal lubricants as laxatives
• Base for ointments and emollients
• Used in medical spray

Packaging Industry for edible products:

• Components for the lubricants of the tin band intended to be used for the tinned food
• Oiling of the cart and cartons for fruits and vegetables

Plastic Material Industry:

• Additive for the production of polyethylene
• Additive for extrusion of Polyvinyl Chloride
• Dispersant for production of polyethylene
• Plasticizer for ethyl cellulose
• Plasticizer for coumarone-indene (resin)
• Plasticizer for EPDM (Ethylene-propylene-diene monomer)
• Plasticizer for polyethylene
• Plasticizer for poly-propylene
• Plasticizer for polystyrene
• Plasticizer for Annealing of printed objects in nylon
• Hardening and annealing

Textile Industry:

• Oil components for spinning
• Oils for weaving and mesh
• Lubrication for sewing machines & hosiery

Other industries:

• Components for insecticide in agriculture
• Compressors for reactive gases like chlorine and sulphur dioxide (lubrication of cylinders)
• Lubrication of paper cutter knives in paper mill
• Air filters for conditioning systems and under-water works

LIGHT LIQUID PARAFFINS

HEAVY LIQUID PARAFFINS

Note:
1. The above data is indicative of recent average values only. Minor variations which do not affect product performance or quality may be expected in manufacture.
2. Specific requirements can be custom-made on request.
3. Light Liquid Paraffins / White Mineral Oils are manufactured in compliance with I.P., U.S.P., B.P and E.Ph specifications and conform to the requirement of U.S. FDA 21 CFR 172.878 (a) and (b).

Calcium silicate is the chemical compound Ca₂SiO₄, also known as calcium orthosilicate and is sometimes formulated as 2CaO·SiO₂. It is also referred to by the shortened trade name Cal-Sil or Calsil.

Properties

Calcium silicate is a white free-flowing powder. It can be derived from naturally occurring limestone and diatomaceous earth, a siliceous sedimentary rock. It is one of a group of compounds that can be produced by reacting calcium oxide and silica in various ratios e.g. 3CaO·SiO₂, Ca₃SiO₅; 2CaO·SiO₂, Ca₂SiO₄; 3CaO·2SiO₂, Ca₃Si₂O₇ and CaO·SiO₂, CaSiO₃. It has a low bulk density and high physical water absorption.

Use

Calcium silicate is used as an anticaking agent in food preparation, including table salt[6] and as an antacid. It is approved by the United Nations' FAO and WHO bodies as a safe food additive in a large variety of products. It has the E number reference E552.

High-temperature insulation

Calcium silicate is commonly used as a safe alternative to asbestos for high-temperature insulation materials. Industrial-grade piping and equipment insulation is often fabricated from calcium silicate. Its fabrication is a routine part of the curriculum for insulation apprentices. Calcium silicate competes in these realms against rockwool and proprietary insulation solids, such as perlite mixture and vermiculite bonded with sodium silicate. Although it is popularly considered an asbestos substitute, early uses of calcium silicate for insulation still made use of asbestos fibers.

Passive fire protection

It is used in passive fire protection and fireproofing as calcium silicate brick or in roof tiles. It is one of the most successful materials in fireproofing in Europe because of regulations and fire safety guidelines for commercial and residential building codes (see Calcium Silicate use in Europe). Where North Americans use spray fireproofing plasters, Europeans are more likely to use cladding made of calcium silicate. High-performance calcium-silicate boards retain their excellent dimensional stability even in damp and humid conditions and can be installed at an early stage in the construction program, before wet trades are completed and the building is weather-tight. For sub-standard products, silicone-treated sheets are available to fabricators to mitigate potential harm from high humidity or general presence of water. Fabricators and installers of calcium silicate in passive fire protection often also install firestops.

While the best possible reaction to fire classifications are A1 (construction applications) and A1Fl (flooring applications) respectively, both of which mean "non-combustible" according to EN 13501-1: 2007, as classified by a notified laboratory in Europe, some calcium-silicate boards only come with fire classification of A2 (limited combustibility) or even lower classifications (or no classification), if they are tested at all.

Acid mine drainage remediation

Calcium silicate, also known as slag, is produced when molten iron is made from iron ore, silicon dioxide and calcium carbonate in a blast furnace. When this material is processed into a highly refined, re-purposed calcium silicate aggregate, it is used in the remediation of acid mine drainage (AMD) on active and passive mine sites. Calcium silicate neutralizes active acidity in AMD systems by removing free hydrogen ions from the bulk solution, thereby increasing pH. As its silicate anion captures H+ ions (raising the pH), it forms monosilicic acid (H4SiO4), a neutral solute. Monosilicic acid remains in the bulk solution to play other important roles in correcting the adverse effects of acidic conditions. As opposed to limestone (a popular remediation material), calcium silicate effectively precipitates heavy metals and does not armor over, prolonging its effectiveness in AMD systems

As a product of sealants

It is used as a sealant in roads or on the shells of fresh eggs: when sodium silicate is applied as a sealant to cured Conc.rete or egg shells, it chemically reacts with calcium hydroxide or calcium carbonate to form calcium silicate hydrate, sealing micropores with a relatively impermeable material

As a component of cement

It also occurs in cements, where it is known as belite or in cement chemist notation C₂S.

A chelating agent is a chemical compound that reacts with metal ions to form stable, water-soluble metal complexes. The agent rearranges the metal's chemical composition and improves the metal's general stability and likelihood to bond with other substances.

Chelating agents are used in several applications, including:

• Medical
• Scale removal
• Water treatment
• Corrosion control

Chelating agents are also known as chelants, chelators or sequestering agents.

Corrosionpedia explains Chelating Agent

The chelating agent's molecules form several bonds to a metal ion and prevent the metal from reacting as it would normally. The bonding to the metal ions re-organizes the ions' core structure and chemical composition. The chemical structures in many metals closely resemble chains. The chelators join the ends of these chain-like structures to form a stable ring, which can move easily through various environments. Chelating agents are used for:

• Scale removal and prevention
• Breaking down, isolating or moving heavy metal ions
• Deactivating metal ions to prevent plugging, sealing and precipitation
• Limiting available metal ion Conc.entration
• Controlling heavy metal poisoning and reducing metal's toxic effects
• Corrosion inhibitors to form insoluble surface chelates

Chelating agents are either natural or synthetic organic compounds, used for industrial, medical and biological applications. They help in the digestion processes, both in humans and animals, in addition to transporting nutrients in plants. Chelating agents are used in boilers to dissolve common types of scale during normal operation, and provide effective online and offline scale removal in boilers.

The surface active chelating agents are used as corrosion inhibitors to form insoluble surface chelates (compounds comprising of the chelating agent and the metal ion). Even though chelating agents can be used for corrosion control, the formation of soluble chelates may provoke stimulation of a corrosion process. Uncontrolled agent application may lead to chelant corrosion. This can be prevented by applying the precise amount that does not leave residuals in the boiler.

Major Products for Optical Brightening Agents

Our Portfolio is a wide spectrum of products with diverse applications ranging from Agrochemicals, Rubber, Pharmaceuticals, Paper, Textile, Detergent, Colourants, Petrochemicals to Specialty and Fine Chemicals. We also specialize in customized intermediaries to suit specific client needs.

* For a comprehensive list of our OBA products, please refer to the inside flap of this document.