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Specialty Chemicals
We offer industrial specialty chemicals, which are sourced from reliable and trusted vendors and are widely known for purity and application in the pharmaceuticals,
resins, polymers and elastomers and biocide industries. These chemicals are available in qualitative packaging at very affordable prices. |
Molecular Sieve
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Molecular Sieve is a cat – ion exchanged potassium from of A type crystal structure. The potassium ion is larger than sodium ion, is effectively exchanged in basic 4 A type molecular sieve to reduce the pore size ~ 3 A° and it enables selective adsorption depending upon molecular size.
Molecular sieve is used for dehydration of hydrocarbon streams in liquid phase or vapor phase due to high drying efficiency and minimizes the interference of hydrocarbon co-adsorption. Our Molecular Sieve exhibits high resistance to attrition and physical damage during service.
Typical Technical Data
| Parameter | 3A-S | | 3A-G | | | Shape | Pellets | Beads | Pellets | Beads | | Size (mm) | 3.0 & 1.5 | 0.5-6.0* | 3.0 & 1.5 | 0.5-6.0* | | Bulk Density (kg / lit) | 0.75 -0.85 | | 0.64-0.70 | | | Water Adsorption Capacity @ 15% RH & 30°C (%) | 21.5 | | 18.0 | | | Water Adsorption Capacity @ 75% PH & 30°C (%) | 23.5 | | 21.0 | | | Attrition Loss / Abrasion loss (%) | <0.15 | | <0.2 | | | Specific Heat (kcal/kg/°C) | 0.23 | | | | | Heat of Adsorption (kcal / kg H2O) | 1050 | | | | | Packing in steel drum (kg) | 150-160 | | 125-145 | |
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Glycerine
Glycerine derived from naturally occurring vegetable oils (blends of palm kemel, palm oil, coconut and palm oil stearin). Glycerine is a trihydric alcohol. a clear colorless liquid of syrup consistency, odorless taste sweet, followed by a sensation of warmth.
| Chemical Properties | Glycerin 99.7% USP/FCC/EP*K,V,NK USP and Food Grade | | Glycerol, % (Bosart & Snoddy table) | 99.7 min (99.9) | | Specific Gravity (25 deg C) | 1.2613 min (1.2618) | | Assay (% Glycerine on Anhydrous Basis) | 99.0 101.0 | | Moisture % | 0.3 max | | Color APHA (Pl-Co Ha-zen Scale) | 10 max (6) | | Residue on Ignition, %/ppm | 0.007 / 70 max | | Chlorides, %/ppm (as Chlorine) | 0.001 / 10 max | | Sulfates, %/ppm | 0.002 / 20 max | | Heavy Metals (as Pb), %/ppm | 0.001 / 1max | | Fatty Acids and Esters | NMT 0.3 ml (0.13) | | Identification Test A, RI nD 20 | 1.470 1.475 | | Sulphated Ash, % | 0.01 max | | Halogenated Compounds | Pass (35 ppm max) | | Aldehyde | Pass (10 ppm max) | | EP Esters | 8.0 ml of 0.1 HCL, min | | EP Acidity | 0.2 ml of 0.1 NaOH, ax | | CAS Number | 56-81-5 |
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Sulfamic Acid
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We are a leading supplier of a diverse range of sulphamic acid, which is a molecular compound with the formula H3NSO3. It is a colorless, water-soluble compound which is used in plastic, detergent and other industries as a catalyst. Quality being the success mantra for us, we stringently check these acids prior to procurement from the vendors.
Synonym : Amido Sulfonic Acid Cas No. : 5329-14-6 Molecular Formula : H3No3S Molecular Weight : 97.10 Cas No: 5329-14-6 Appearance: White Crystalline Material Packaging : In Hdpe Bags Of Net 50Kg Material
| Characteristics | Specifications | | Physical Appearance | White crystalline material | | Sulfamic acid content (Percent by mass, Min.) | 99.5 | | Maximum Limits of Impurities (percent by mass) | | | Matter insoluble in water | 0.05 | | Sulphate as SO4 | 0.1 | | Lead as Pb | 0.001 | | Iron as Fe | 0.001 | | Free moisture content | 0.2 | | Ammmonical Nitrogen (As NH4SO4) | 0.15 |
Applications:
• Manufacture of Dyes, Pigments and in the Dyeing of Leather
• Paper & Pulp Industry
• Chlorine Stabilisation
• Electroplating and Electro-refining
• Sulfation and Sulfamation
• Plastic Industry
• Descaling
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Sorbitol
We are a well established name engaged in supplying sorbitol, which is procured from reliable vendors of the market. Sorbitol is a sugar alcohol, which is also known as glucitol and slowly metabolizes in our body. It is obtained by reduction of glucose and changing the aldehyde group to an additional hydroxyl group. Our range of glucitol is non toxic, non hazardous and chemically inert. It is widely used in food, pharmacy, tobacco, cosmetics, paint and various other industries.
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| Non-Crystallising Sorbitol | Crystallising Sorbitol | | Description | A clear colourless viscous liquid | A clear colourless viscous liquid | | Taste | Mild sweet | Mild sweet | | Specific gravity at 25oc | 1.285 Min | 1.290 MIN | | Refractive index at 20oc | 1.455 TO 1.465 | 1.457 TO 1.462 | | Optical rotation | +1.5o TO +3.5o | 0o to +1.5o | |
| (as per specified test in I.P.) | (as per specified test in I.P.) | | Arsenic | NMT 2ppm | NMT 2ppm | | Heavy metals | NMT 10ppm | NMT 10ppm | | Chloride | NMT 50ppm | NMT 50ppm | | Sulphate | NMT 125ppm | NMT 125ppm | | Nickel | NMT 1ppm | NMT 1ppm | | Sulphated ash | NMT 0.1% W/W | NMT 0.1% W/W | | Solid matter | 68% TO 72%W/W | 69% TO 71%W/W | | Polyols | NLT 62%W/W AS D-Glucitol | 68% TO 72%W/W AS D-Glucitol | | | *NMT=Not more than | *NLT=Not more than |
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Dipropylene Glycol
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Dipropylene Glycol (DPG) is used as a reactive intermediate in the manufacture of high-performance unsaturated polyester resins, polyurethanes and plasticizers. DPG has great solvency, a low evaporation rate, low toxicity, high viscosity and low odor, making it a chemical intermediate of choice for many applications, including:
• High-volume plasticizer
• Reactant in unsaturated polyurethane resins, adding flexibility and hydrolytic stability
• Initiator in urethane polyols, and as the polyol itself in some rigid polyurethane systems
• Reactive diluents in radiation-cured resins and coatings, cutting viscosity and enabling easier application
Other effective uses of DPG are:
• Hydraulic brake fluid formulations
• Cutting oils
• Textile lubricants
• Printing inks
• Coatings
• Industrial soaps
• Solvents for agricultural chemicals such as insecticides
• Dyes industries
• Pigments industry
• Flavors & fragrances.
DPG is available in drum and bulk quantities.
Applications.
Urethanes
Glycols such as Propylene glycol (PGI), and Dipropylene Glycol (DPG) can be used as:
• Initiators for urethane polyol synthesis from epoxides
• The polyol itself in some polyurethane foam systems
• A component for polyurethane/urea elastomers
Paint and Coatings
Adhesives, Sealants and Coatings
• The full range of propylene glycols are used in the synthesis of alkyd resins found in paints, enamels and varnishes.
• DPG are used as compatibilizers and for freeze-thaw protection in latex-based paint formulations.
• DPG are used as resin solvents in the production of printing inks.
DPG are used to produce acrylate and methacrylate resins for coatings, adhesives and paints. The acrylate derivatives can be used as reactive species in the formulation of radiation (ultraviolet light and electron beam) curable coatings.
Alkyd Resins for Paint and Coatings
• PGI is used as an intermediate in the production of alkyd resins for paints and varnishes. It controls flexibility and hardness.
Latex Paints
• Propylene glycols (PGI, DPG and TPG) are used in latex-based architectural paints to provide freeze and thaw stability. They also enhance the quality of the final film by changing the open time and providing leveling during application.
UV-Curable Resins
• UV-curable (or Radiation Cure) resins are used in printing inks, varnishes, paints and coating applications.
These resins offer several advantages, including:
• Increased energy efficiency
• No post curing
• Low volatile organic compound (VOC) emissions
• Fast processing speeds
• Compact plant size
| Physical Properties | Units | Dipropylene Glycol Regular Grade (DPG) | | Chemical Name |
| oxybispropanol | | Formula |
| C6H14O3 | | CAS Number1 |
| 25265-71-8 | | EINECS Number |
| 246-770-3 | | Molecular Weight |
| 134.2 | | Boiling Poit | 760 mm Hg, °F | 450.0 | | 760 mm Hg, °F | 232.2 | | Vapor Pressure | mm Hg, F (25 °C) | 0.016 | | Evaporation Rate | (n-Butyl Acetate = 1) | 1.55E-03 |
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Trimellitic Anhydride
Trimeilitic Anhydride (TMA) is mainly used as raw material for polyester resin, polyimide resin, plasticizerTOTM, and also be used for producing heatproof & insulating, adhesive, surfactant, paint, synthesize dye materials etc.
• Molecuiar Formula : C9H405
Specifications
• Appearance - White Flakes
• Purity (%) - >99.5
• Melting Point (°C) - 164.0
• Acid Value (mgKOH/gm) - > 872.0
• BoilingPoint (CC) - 390.0
Uses
• Alkyd Coatings;
• High temperature polymers;
• Plasticizers;
• Low-cost epoxy curing;
• Surfactants;
• Embossing agent for vinyl flooring;
• Binder for glass fibres and other aggregates;
• Building and construction;
• Consumer goods.
Packing - Standard 25 kgs. paper bags
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Phenyl Ethyl Methyl Ether
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We offer Phenyl Ethyl Methyl Ether PEME (Kewada Ether) with Molecular Formula - C6 H12O.
| TEST | SPECIFICATION | RESULT | | Physical Appearance | Colourless clear liquid | Colourless clear liquid | | Specific Gravity | 0.953 at 250C | 0.951 at 250C | | Refractive Index | 1.49- 1.50 @250C | 1.491 @250C | | Assay by GC | 98.0% TO 99% | 99.88% by GC |
Ara Percent
| Sl No. | Component Name | Ret Time. | Area Volt Sec | Area % | Peak Type | | 1 | | 1.11 | 522.10 | 2.604E-03 | BV | | 2 | | 1.18 | 772.86 | 3.855E-03 | VV | | 3 | | 1.26 | 5111.56 | 0.03 | VB | | 4 | | 3.56 | 17313.83 | 0.09 | BB | | 5 | | 4.59 | 412.80 | 2.059E-03 | BB | | 6 | PEME | 5.91 | 20024326.00 | 99.88 | OVFL | | | | | 20048458.16 | 100.00 | |
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