Sihauli Chemicals Private Limited

1. **High Purity Industrial Filler**

Precipitated Silica Powder (M Fill-P) is a high-purity, fine white powder widely used as a reinforcing and filling agent in various industrial formulations.

2. **Rubber and Tyre Industry Application**

It is commonly used in rubber and tyre manufacturing to improve strength, durability, abrasion resistance, and overall product performance.

3. **Improves Flow and Anti-Caking Properties**

The powder acts as an anti-caking and free-flow agent in powdered formulations, helping maintain product stability and easy handling.

4. **Paints and Coatings Industry**

In paints and coatings, precipitated silica is used to improve viscosity control, matting effect, and surface finish.

5. **Plastic and Polymer Processing**

It is also used in plastics and polymer compounds to enhance mechanical strength, improve dispersion, and increase product stability.

6. **Consistent Particle Size and Quality**

Precipitated Silica Powder (M Fill-P) is manufactured with controlled particle size and high purity, ensuring reliable performance in rubber, plastics, coatings, and industrial applications.

2-Methylimidazole is an organic compound with a five-membered imidazole ring substituted with a methyl group at the 2-position. It is widely used as an intermediate in pharmaceuticals, agrochemicals, and resin manufacturing. Additionally, it serves as a curing agent for epoxy resins, a catalyst in chemical reactions, and a building block for various bioactive compounds. Its versatility makes it valuable in industrial and research applications.

Perchloric Acid ~60 % (AR Grade) is a high-purity, strong inorganic acid used in advanced analytical, research, and controlled laboratory environments. Due to its powerful oxidizing nature, it is handled only under strict safety protocols.

• Used in trace metal and elemental analysis

• Preparation of samples for spectroscopy (AAS, ICP-OES, ICP-MS)

• Digestion of organic and inorganic samples

• Reagent in high-precision analytical chemistry

• Synthesis of perchlorate salts

• Strong acid medium for controlled oxidation reactions

• Used in nitration and esterification under specialized conditions

• Catalyst in selected laboratory-scale reactions

• Applied in drug substance analysis

• Used for impurity profiling and stability studies

• Reference acid in regulated analytical methods

• Cleaning of glassware where conventional acids are ineffective (controlled use)

• Demonstration of strong acid behavior

• Teaching oxidation reactions and acid strength comparison

• Used in postgraduate and research-level chemistry labs only

Formaldehyde Solution 37–41% LR (Laboratory Reagent) Grade is a widely used chemical reagent suitable for routine laboratory, educational, industrial, and institutional applications where consistent quality and reliable performance are required.

• Used as a chemical reagent in routine laboratory experiments

• Employed in qualitative and quantitative chemical analysis

• Used in sample preservation for laboratory studies

• Suitable for general laboratory preparations and testing

• Commonly used in school, college, and university laboratories

• Used for demonstrations of aldehyde reactions

• Helps in basic organic chemistry practicals

• Ideal for student training and instructional experiments

• Used in research laboratories for method development

• Applied in chemical reaction studies involving aldehydes

• Used in biological and chemical sample fixation (non-clinical)

• Supports R&D activities in academic institutions

• Used as an intermediate in chemical synthesis

• Applied in resin, adhesive, and polymer research

• Used in textile, leather, and paper testing laboratories

• Suitable for quality control and formulation studies

• Widely used as a reaction solvent in organic chemistry

• Suitable for:

  • Aromatic substitution reactions

  • Nitration, sulfonation, and halogenation studies

• Acts as a non-polar reaction medium for laboratory-scale synthesis

• Used as a starting material and solvent in:

  • Intermediates synthesis

  • Research-scale organic reactions

• Common in academic and industrial R&D laboratories

• Used in:

  • Solubility testing of rubber and polymer compounds

  • Swelling and extraction studies

• Applied in rubber processing and quality control laboratories

• Suitable for:

  • Routine laboratory experiments

  • Demonstration of aromatic hydrocarbon behavior

• Used in universities, colleges, and training institutions

• Acts as an extraction solvent for:

  • Non-polar organic compounds

  • Oils, resins, and specific hydrocarbons (laboratory use)

• Widely used as a reaction solvent in organic chemistry

• Suitable for:

  • Aromatic substitution reactions

  • Nitration, sulfonation, and halogenation studies

• Acts as a non-polar reaction medium for laboratory-scale synthesis

• Used as a starting material and solvent in:

  • Intermediates synthesis

  • Research-scale organic reactions

• Common in academic and industrial R&D laboratories

• Used in:

  • Solubility testing of rubber and polymer compounds

  • Swelling and extraction studies

• Applied in rubber processing and quality control laboratories

• Suitable for:

  • Routine laboratory experiments

  • Demonstration of aromatic hydrocarbon behavior

• Used in universities, colleges, and training institutions

• Acts as an extraction solvent for:

  • Non-polar organic compounds

  • Oils, resins, and specific hydrocarbons (laboratory use)

• Used as a standard titration solution in laboratories.

• Commonly used for acid-base titration and non-aqueous titration.

• Widely used in drug analysis and quality control in pharmaceutical laboratories.

• Helps in determination of active pharmaceutical ingredients (API).

• Used in chemical analysis and laboratory experiments.

• Helps in quantitative determination of various chemical compounds.

• Used as a reagent in analytical laboratories for testing and chemical reactions.

• Used in colleges, universities, and research institutions for analytical chemistry experiments.

• Used as a standard titration solution in laboratories.

• Commonly used for acid-base titration and non-aqueous titration.

• Widely used in drug analysis and quality control in pharmaceutical laboratories.

• Helps in determination of active pharmaceutical ingredients (API).

• Used in chemical analysis and laboratory experiments.

• Helps in quantitative determination of various chemical compounds.

• Used as a reagent in analytical laboratories for testing and chemical reactions.

• Used in colleges, universities, and research institutions for analytical chemistry experiments.

• Used as a standard titration solution in laboratories.

• Commonly used for acid-base titration and non-aqueous titration.

• Widely used in drug analysis and quality control in pharmaceutical laboratories.

• Helps in determination of active pharmaceutical ingredients (API).

• Used in chemical analysis and laboratory experiments.

• Helps in quantitative determination of various chemical compounds.

• Used as a reagent in analytical laboratories for testing and chemical reactions.

• Used in colleges, universities, and research institutions for analytical chemistry experiments.

1. High-Quality Chemical Intermediate
   Methacrylic Acid is a colorless organic compound widely used as an important raw material in the production of acrylic resins, polymers, and specialty chemicals. It plays a key role in many industrial formulations.

2. Used in Paints & Coatings
   It is extensively used in the manufacture of paints, coatings, and surface finishes. It improves hardness, durability, and weather resistance of coating materials.

3. Polymer & Plastic Manufacturing
   Methacrylic Acid is commonly used as a monomer for producing acrylic polymers and copolymers used in plastics, sheets, and molding compounds.

4. Adhesives & Sealants Production
   It is an essential ingredient in adhesives and sealants, providing strong bonding properties and chemical resistance.

5. Textile & Leather Industry
   The chemical is used in textile and leather processing to enhance fabric strength, finishing quality, and resistance to chemicals.

6. Industrial Applications
   Due to its reactive properties, Methacrylic Acid is widely used in chemical synthesis, specialty coatings, and polymer modification for various industrial uses.

1. Industrial Organic Compound
   Ethylene Glycol (Mono Ethylene Glycol – MEG) is a clear, colorless, odorless, and viscous liquid widely used as an industrial chemical.

2. Polyester & Fiber Production
   It is a key raw material used in the manufacturing of polyester fibers, PET resins, and plastic bottles.

3. Antifreeze & Coolant
   Commonly used in automotive antifreeze and engine coolant formulations due to its ability to lower freezing point and raise boiling point.

4. Chemical Intermediate
   Used as an intermediate in the production of resins, solvents, and plasticizers in the chemical industry.

5. Heat Transfer Fluid
   Widely used in industrial cooling systems and heat transfer applications.

6. Hygroscopic Property
   Ethylene Glycol can absorb moisture from the air, making it useful in certain chemical and industrial processes.

1. Food Flavoring Agent

   • Used in food and beverage flavor formulations to create creamy, peach, coconut, and dairy-like flavors.

2. Fruit Flavor Products

   • Commonly used in peach, apricot, mango, and tropical fruit flavors.

3. Perfumery Ingredient

   • Added to perfumes to provide creamy, sweet, fruity, and lactonic notes.

4. Cosmetics & Personal Care Products

   • Used in soaps, shampoos, lotions, creams, and deodorants for a pleasant fruity fragrance.

5. Detergents & Cleaning Products

   • Used in laundry detergents and fabric softeners to give a sweet creamy scent.

6. Air Fresheners & Home Fragrance

   • Used in room sprays, candles, and air fresheners.

7. Flavor Research & Development

   • Used in flavor laboratories to develop new fruit and dairy flavor profiles.

• Used as an amber note ingredient in perfumes and colognes.

• Adds warm, sweet, and woody amber character.

• Works as a fixative, improving the lasting power of fragrances.

Used for fragrancing:

• Soaps

• Shampoos

• Creams and lotions

• Body sprays and deodorants

• Used in detergents, fabric softeners, and cleaning products to provide long-lasting fragrance.

• Used in air fresheners, incense sticks, and scented candles.

• Used in oriental, woody, and amber fragrance accords.

• Blends well with musk, woody, balsamic, and spicy notes.

• Used to create fresh fruity top notes in perfumes.

• Provides apple, pineapple, and tropical fruit nuances.

• Enhances fresh, sweet, and juicy fragrance accords.

Used in fragrancing:

• Soaps

• Shampoos

• Shower gels

• Body lotions

• Deodorants

• Used in detergents, dishwashing liquids, and fabric softeners.

• Adds a pleasant fruity scent to cleaning products.

• Used in air fresheners, room sprays, and scented candles.

• Used to build fruity, tropical, and fresh accords.

• Blends well with citrus, floral, and green fragrance notes.

• Used in perfumes and deodorants

• Provides a fresh, citrus (lemon-like) note

• Common in soaps, detergents, and air fresheners

• Used as a flavoring agent

• Adds citrus and fruity notes to foods and beverages

• Used in confectionery, beverages, and baked goods

• Acts as an intermediate in synthesis of other fragrance compounds

• Used in terpene and citral chemistry

• Used as a protected (stable) form of citral

• Prevents oxidation and degradation of citral during storage and processing

• Used in creams, lotions, shampoos, and body care products

• Enhances fragrance profile and freshness

• Used as an anti-caking agent (E535)

• Prevents clumping in salt and powdered foods

• Improves flowability of table salt

• Used to remove heavy metals (like iron, copper)

• Acts as a complexing agent

• Helps in purification processes

• Used as a precursor for other cyanide compounds

• Intermediate in production of pigments (e.g., Prussian blue)

• Used in metal cleaning and electroplating

• Helps in metal surface treatment

• Used in dyeing and printing processes

• Acts as a stabilizer and mordant

• Used as a reagent in analytical chemistry

• Applied in qualitative and quantitative analysis

• Used in syrups and oral liquids as a sweetener and solvent

• Acts as a laxative (osmotic effect)

• Improves taste and stability of formulations

• Used in sugar-free and low-calorie foods

• Common in chewing gum, candies, and desserts

• Acts as a moisture-retaining agent

• Used in toothpaste, creams, lotions, and gels

• Functions as a humectant and moisturizer

• Prevents drying and cracking of products

• Provides sweet taste without promoting tooth decay

• Maintains paste consistency and moisture

• Used as a moisturizing agent in tobacco products

• Maintains freshness and texture

• Used in surfactants, resins, and plasticizers

• Intermediate for production of Vitamin C

• Used as a calcium supplement for treating calcium deficiency

• Acts as an antacid to relieve acidity and indigestion

• Used as a tablet binder and filler (excipient)

• Used in dietary supplements for:

  • Bone health

  • Teeth strengthening

• Common in calcium tablets and powders

• Used as a food additive (E170)

• Functions as a calcium fortifier

• Used in bakery, dairy, and fortified foods

• Used in toothpaste as a mild abrasive and polishing agent

• Helps in cleaning and whitening teeth

• Used in face powders and creams

• Acts as a bulking and opacifying agent

• Used in analytical and pharmaceutical formulations

• Suitable for high-purity applications

• Used in industrial and household detergents

• Effective in removing oils, grease, and dirt

• Common in:

  • Laundry detergents

  • Hard surface cleaners

  • Degreasers

• Used as:

  • Wetting agents

  • Scouring agents

  • Emulsifiers in dyeing and finishing

• Helps improve uniform dye penetration and fabric processing

• Used as emulsifiers and dispersants in pesticides and herbicides

• Enhances spreadability and absorption of active ingredients on plant surfaces

• Used in emulsion polymerization

• Acts as:

  • Dispersing agent

  • Stabilizer

• Improves paint consistency and film formation

• Used in:

  • Oilfield chemicals

  • Drilling fluids

• Helps in emulsification and dispersion of hydrocarbons

• Used as de-inking agents and wetting agents

• Improves fiber processing and ink removal

• Used in leather treatment for cleaning and finishing

• Applied in metal cleaning and degreasing operations

• Used in latex and resin production

• Enhances stability and particle dispersion

• Key intermediate for azo dyes and pigments

• Used in production of:

  • Naphthol dyes (ice colors)

  • Direct dyes and acid dyes

• Important for textile dyeing and printing

• Used in cotton dyeing processes (especially azoic dyeing)

• Provides:

  • Bright shades

  • Good color fastness

• Widely used in fabric printing formulations

• Intermediate for antioxidants used in rubber

• Helps improve:

  • Aging resistance

  • Durability of rubber products

• Used as an intermediate in synthesis of:

  • Pharmaceutical compounds

  • Agrochemicals

• Serves as a building block for organic synthesis

• Used to manufacture industrial antioxidants

• Prevents oxidation in:

  • Polymers

  • Fuels

  • Lubricants

• Used in analytical chemistry

• Acts as a coupling component in diazotization reactions

• Used in manufacture of:

  • Inks and coatings

  • Color developers

  • Chemical intermediates

• Acidulant – provides sour taste in beverages, candies, and foods

• Preservative – inhibits microbial growth

• pH regulator in processed foods

• Used in:

  • Soft drinks

  • Jams and jellies

  • Confectionery

• Enhances flavor and shelf life

• Used in:

  • Effervescent tablets and powders

  • Syrups and oral solutions

• Acts as:

  • Buffering agent

  • Stabilizer

• Improves drug solubility and taste

• Used as:

  • pH adjuster

  • Chelating agent

• Found in:

  • Creams, lotions, shampoos

• Helps improve product stability and skin compatibility

• Effective descaling agent

• Removes:

  • Limescale

  • Rust stains

• Used in:

  • Household cleaners

  • Industrial cleaning formulations

• Acts as a chelating agent to bind metal ions

• Helps prevent:

  • Scale formation

  • Metal precipitation

• Used in canning and freezing

• Prevents:

  • Oxidation

  • Discoloration of fruits and vegetables

• Used in:

  • Electroplating

  • Textile processing

• Acts as a buffer and metal cleaner

• Used as:

  • Reagent

  • Buffer solution component

• Important in analytical chemistry

• Used for:

  • Glass etching and frosting

  • Silicon wafer cleaning

• Reacts with silica (SiO₂) → dissolves glass surface

• Used to:

  • Remove oxides, rust, and scale

  • Clean stainless steel and alloys

• Common in metal finishing industries

• Essential in:

  • Etching silicon wafers

  • Microelectronics fabrication

• Provides precise surface cleaning

• Used in production of:

  • Fluorochemicals (e.g., refrigerants, fluoropolymers)

  • Aluminum fluoride and cryolite

• Intermediate for many fluorine-based compounds

• Used as a catalyst in alkylation units

• Helps produce high-octane gasoline components

• Used in:

  • Industrial cleaners and rust removers

• Effective on:

  • Oxide deposits

  • Mineral scales

• Used for:

  • Surface treatment of ceramics

  • Stone polishing and cleaning

• Used in:

  • Chemical analysis

  • Dissolution of silicate samples

• Used to kill bacteria, viruses, and fungi

• Common in:

  • Drinking water treatment

  • Hospitals and clinics

  • Household disinfectants

• Used for chlorination of water

• Purifies:

  • Drinking water

  • Swimming pools

  • Wastewater

• Used in textile and paper industries

• Removes stains and whitens fabrics and pulp

• Used in surface cleaners and laundry bleach

• Removes:

  • Stains

  • Mold and mildew

  • Odors

• Used for sanitizing equipment and surfaces

• Applied in fruit and vegetable washing (controlled dilution)

• Used in wound cleaning (diluted forms)

• Common in dental root canal irrigation

• Used as an oxidizing agent in chemical processes

• Helps in odor control and slime removal

Diethylamine (LR Grade) is widely used as a reaction solvent in organic synthesis due to its reliability and purity.

Ideal for:

• Chlorination reactions

• Extraction and purification processes

• High-purity reactions requiring reproducibility

LR grade ensures consistent performance in laboratory-scale synthesis.

Commonly utilized in pharmaceutical laboratories for controlled research purposes.

Applications include:

• Drug intermediate synthesis

• API research and impurity profiling

• R&D-scale formulation studies

Note: Suitable for laboratory research only; not for direct medicinal use.

A trusted solvent in analytical workflows where accuracy is critical.

Used in:

• Sample preparation

• Chromatographic techniques (HPLC / GC sample dilution)

• Method development and validation

Ensures precise and reproducible analytical results.

Preferred for solvent-based separation techniques in chemical laboratories.

Ideal for:

• Liquid–liquid extraction

• Removal of organic compounds from aqueous phases

• Improved phase separation due to favorable physical properties

Functions effectively as a reagent or reaction medium in diverse organic reactions.

Key benefits:

• Acts as an inert medium for moisture-tolerant reactions

• Compatible with a wide range of organic compounds

• Maintains reaction stability under laboratory conditions

Extensively used in academic and institutional laboratories.

Applications include:

• Post-graduate chemistry practicals

• Demonstration of solvent extraction techniques

• Boiling point and physical chemistry studies

1. **Bronopol** is a chemical compound widely used as an antimicrobial preservative in various industrial and personal care products. It usually appears as a white to pale yellow crystalline powder.

2. It is commonly used in **cosmetics, personal care products, and pharmaceutical formulations** to prevent the growth of bacteria and microorganisms.

3. Bronopol is also used in **industrial water treatment systems and cooling towers** to control microbial contamination and maintain system hygiene.

4. The compound is widely used in **shampoos, creams, lotions, and other cosmetic products** as a preservative to extend product shelf life.

5. It is valued for its **strong antimicrobial properties and effectiveness at low concentrations**.

6. Due to its **stable chemical properties and reliable preservative action**, bronopol is widely used in personal care, pharmaceutical, and industrial applications.

Calcium Citrate Malate Powder

Description
Calcium Citrate Malate Powder is a highly bioavailable form of calcium made from calcium, citric acid, and malic acid. It is widely used in dietary supplements, nutraceutical products, and pharmaceutical formulations due to its excellent absorption and solubility. This compound helps support bone health and provides an effective source of calcium for the body.

Usage

Supports Bone Health
Calcium Citrate Malate helps strengthen bones and teeth by providing an easily absorbable form of calcium. It is commonly used to support bone density and overall skeletal health.

Prevention of Calcium Deficiency
It is used in supplements to help prevent or treat calcium deficiency, which can lead to bone-related conditions and weakness.

Dietary Supplement Formulations
This powder is widely used in the production of tablets, capsules, and powdered nutritional supplements due to its stability and high bioavailability.

Supports Muscle and Nerve Function
Calcium plays an important role in proper muscle contraction and nerve signal transmission in the body.

Nutraceutical and Pharmaceutical Applications
Calcium Citrate Malate Powder is commonly used in health supplements and pharmaceutical products aimed at maintaining adequate calcium levels and supporting overall health.

Whey Protein Isolate 90%

Description:
Whey Protein Isolate 90% is a high-purity protein derived from whey during the cheese-making process. It contains around 90% protein with very low levels of fat and lactose, making it a premium choice for nutritional and sports supplements. Due to its high bioavailability and fast absorption, it is widely used in protein formulations to support muscle growth, recovery, and overall nutrition.

Usage:

• Used in sports nutrition and protein supplement formulations

• Helps support muscle growth and post-workout recovery

• Commonly used in protein powders, shakes, and nutrition drinks

• Ideal for low-fat and high-protein dietary products

• Used in meal replacement and fitness nutrition supplements

• Suitable for capsules, powders, and functional food products

• Widely used in health, wellness, and bodybuilding supplements 

Collagen Peptide (Bovine)

Description:
Collagen Peptide (Bovine) is a high-quality protein derived from cow hides and bones. It is rich in Type I and Type III collagen and is hydrolyzed into smaller peptides for better absorption. It is widely used in nutraceutical, cosmetic, and functional food applications for overall skin, joint, and bone health.

• Skin Health & Anti-Aging
  Helps improve skin elasticity, hydration, and reduces wrinkles by supporting natural collagen production.

• Joint & Bone Support
  Supports joint flexibility and helps maintain strong bones by improving connective tissue strength.

• Hair & Nail Strength
  Promotes stronger hair growth and reduces brittleness in nails.

• Muscle Recovery Support
  Aids in muscle repair and recovery, especially beneficial in sports nutrition.

• Gut Health Support
  Helps support the integrity of the gut lining and improves digestion.

• Wound Healing Support
  Assists in faster healing and tissue repair by promoting collagen synthesis.

• Functional Food & Supplement Use
  Widely used in protein powders, health drinks, capsules, and beauty supplements.

Potassium Iodide Powder

Description:
Potassium Iodide Powder is an inorganic iodine compound widely used in pharmaceutical, nutraceutical, and chemical industries. It appears as a white crystalline powder with high solubility in water. This compound is an important source of iodine, which is essential for proper thyroid function and metabolic regulation in the body. Due to its stability and high purity, Potassium Iodide Powder is commonly used in dietary supplements, iodized salt production, laboratory reagents, and pharmaceutical formulations.

Usage:

• Pharmaceutical Applications: Used in medicines and formulations for thyroid health and iodine supplementation.

• Dietary Supplements: Provides an essential source of iodine required for proper thyroid hormone production.

• Iodized Salt Production: Commonly used in the fortification of salt to prevent iodine deficiency.

• Laboratory Reagent: Used in analytical chemistry and laboratory testing processes.

• Radiation Protection: Used in specific medical situations to help protect the thyroid gland from radioactive iodine exposure.

• Chemical Industry: Utilized as a raw material in various chemical synthesis and industrial processes.