Triveni Chemicals

Methylene Diphenyl Diisocyanate (MDI) (CAS No. 101‑68‑8) Is A Pale Yellow To Brown Liquid Or Crystalline Solid With The Molecular Formula C15H10N2O2 And A Molecular Weight Of 250.25 G/Mol. Synonyms Include 4,4′‑MDI, Diphenylmethane Diisocyanate, And Methane Diphenyl Diisocyanate. It Is A Highly Reactive Aromatic Diisocyanate Used As A Key Intermediate In The Production Of Polyurethane Foams, Elastomers, Adhesives, Sealants, And Coatings. MDI Provides Excellent Mechanical Strength, Chemical Resistance, And Thermal Stability In Polymer Systems. Its Versatility Makes It Indispensable In Construction, Automotive, Furniture, And Insulation Industries.

1-Octenylsuccinic Anhydride (CAS No. 26680-54-6)Its Chemical Formula Is C12H18O3, And It Has A Molecular Weight Of 214.27 G/Mol. This Compound Is A Colorless To Pale Yellow Liquid That Reacts Readily With Hydroxyl-Containing Compounds. 1-Octenylsuccinic Anhydride Is Widely Used In Food-Grade Modified Starch Production, Adhesives, Paper Sizing, And Polymer Modification.

With The Chemical Formula H₃NSO₃, Sulfamic Acid, (CAS No. 5329-14-6), Is A White Crystalline Solid. Because Of Its Potent Acidic Qualities And Minimal Toxicity, This Chemical Is Commonly Employed As A Cleaning And Descaling Agent. Because Of Its Exceptional Ability To Remove Mineral Deposits, Rust, And Limescale, Sulfamic Acid Is A Necessary Ingredient In Domestic Products, Water Treatment, And Industrial Cleaning. Under Typical Storage Circumstances, It Shows Stability And Is Only Weakly Soluble In Water. The Synthesis Of Chemical Intermediates, Paper Production, And Dyeing Are Further Uses For It. In Addition To Being Effective, It Is Safe For The Environment.

1,2-Dibromobenzene (CAS No. 583-53-9) Is A Halogenated Aromatic Compound With Formula C6H4Br2 And Molecular Weight 235.90 G/Mol. Supplied As A Colorless To Pale Yellow Liquid, It Is Stable Under Ambient Conditions But Reactive With Strong Oxidizers. Known As O-Dibromobenzene, It Is Widely Used As An Intermediate In Pharmaceuticals, Agrochemicals, And Specialty Chemicals. In The Chemical Industry, It Serves As A Precursor For Dyes, Polymers, And Halogenated Derivatives. Research Laboratories Employ It As A Reagent In Organic Synthesis And Aromatic Substitution Studies.

Ethyl Silicate 40%  Is A Stabilized Solution Containing Approximately 40% Tetraethyl Orthosilicate (TEOS) By Weight. Supplied As A Clear Liquid, It Serves As A Versatile Binder And Precursor In Industrial Applications. Molecular Weight 208.33 G/Mol, It Hydrolyzes To Form Silica Networks, Making It Valuable In Refractories, Ceramics, And Coatings. The Chemical Industry Employs It In Sol‑Gel Synthesis, While Construction Uses It For Stone Consolidation And Protective Treatments. Electronics Benefit From Its Role In Silica Film Deposition.

1,4‑Dibromobenzene (CAS No. 106-37-6)  And A Molecular Weight Of 235.90 G/Mol. It Appears As A Colorless Crystalline Solid With A Sharp Odor, Insoluble In Water But Soluble In Organic Solvents Such As Ethanol, Ether, And Chloroform.Applications Include Organic Synthesis As A Halogenated Intermediate, Pharmaceuticals For Drug Precursors, Agrochemicals For Pesticide Intermediates, And Research Chemistry In Cross‑Coupling Reactions Such As Suzuki And Stille. Handling Requires Caution Due To Irritant Properties.

3‑(2‑Ethylhexyloxy)Propylamine (CAS No. 5397-31-9 ) Is A Colorless To Pale Yellow Liquid Aliphatic Amine With Formula C11H25NO And Molecular Weight 187.33 G/Mol. Featuring Both An Ether Linkage And A Reactive Amino Group, It Is Soluble In Alcohols And Organic Solvents But Only Partially Soluble In Water. Widely Used In Polymer Chemistry, Surfactant Formulations, Agrochemicals, And Pharmaceutical Intermediates, It Provides Amphiphilic Balance And Reactivity For Condensation And Alkylation Processes. With A Strong Amine Odor And Corrosive Nature, It Requires Strict Protective Handling And Sealed Storage. This Compound Is Valued As A Versatile Intermediate Bridging Hydrophobic Alkyl Chains With Functional Amine Chemistry.

Indole‑2‑Carboxylic Acid Methyl Ester (CAS No. 1202-04-06), Also Known As Methyl indole-2-carboxylate,, Is A Heteroaromatic Ester With Formula C10H9NO2  And Molecular Weight 176.19 G/Mol. It Features An Indole Ring Substituted With A Methyl Ester Group At The 2‑Position, Imparting Both Aromatic Stability And Reactive Ester Functionality. This Compound Is Widely Employed As A Pharmaceutical Intermediate, Particularly In The Synthesis Of Indole‑Based Drug Scaffolds. It Also Serves As A Versatile Building Block In Heterocyclic Chemistry And Fine Chemical Synthesis, Enabling The Preparation Of Advanced Organic Materials.

3‑Picolyl Chloride Hydrochloride (CAS No. 6959‑48‑4) Is A Pyridine Derivative With Formula C6H9Cl2N And Molecular Weight 166.03 G/Mol. Synonyms Include 3-Chloromethylpyridine Hydrochloride. It Appears As A White Crystalline Solid. The Chloromethyl Group At The 3‑Position Enhances Reactivity, Making It A Valuable Intermediate In Pharmaceutical Synthesis, Agrochemical Development, And Specialty Organic Chemistry. It Is Widely Used In Heterocyclic Scaffold Construction, Ligand Preparation, And Fine Chemical Production. Controlled Handling Is Recommended Due To Its Reactive Halogenated Pyridine Nature And Potential Irritant Properties In Laboratory Processes.

Phenyl‑2‑Pyridyl Acetamide (CAS No. 7251‑52‑7) Is A Heteroaryl Amide Derivative With Formula C13H12N2O And Molecular Weight 212.25 G/Mol. Synonyms Include Alpha-Phenyl-2-Pyridineacetamide. It Appears As A White Solid. The Presence Of Both Phenyl And Pyridyl Groups Imparts Distinctive Electronic And Steric Properties, Making It A Valuable Intermediate In Pharmaceutical Synthesis, Life Sciences Research, And Specialty Organic Chemistry. It Is Widely Applied In Heterocyclic Scaffold Construction, CNS‑Active Drug Development, And Fine Chemical Production. Controlled Handling Is Recommended Due To Its Pharmacological Relevance And Reactive Amide Functionality.

Polydimethylsiloxane, Vinyl Terminated  Is A Clear, Viscous Liquid Silicone Polymer  Where N Varies Depending On Chain Length. Synonyms Include Vinyl‑Terminated PDMS, VT‑PDMS, And Dimethylsiloxane, Vinyl Terminated. It Is Insoluble In Water But Soluble In Organic Solvents. Industrially, PDMS‑VT Is Widely Used As A Base Polymer In RTV (Room‑Temperature Vulcanizing) Silicones, Adhesives, Sealants, Coatings, And Elastomers. The Vinyl End Groups Enable Crosslinking Reactions With Peroxides Or Hydrosilanes, Imparting Flexibility, Durability, And Chemical Resistance.

1,3‑Bis(Diphenylphosphino)Propane , CAS No. 6737-42-4, With The Formula  C27H26P2  And A Molecular Weight Of 412.45 G/Mol. Synonyms Include Trimethylenebis(diphenylphosphine). It Appears As A White Crystalline Solid, Soluble In Organic Solvents Such As Dichloromethane And Toluene. Applications Include Hydroformylation, Hydrogenation, And Cross‑Coupling Reactions In Fine Chemical And Pharmaceutical Synthesis. 

Chromium Trioxide Powder With The Formula CrO3 And A Molecular Weight Of 99.99 G/Mol. Synonyms Include Chromic Anhydride And Chromium(VI) Oxide. It Appears As A Dark Red Crystalline Powder, Highly Soluble In Water, And Is A Powerful Oxidizing Agent. Chromium Trioxide Is Widely Used In Electroplating, Metal Finishing, Wood Preservation, And Organic Synthesis. It Plays A Key Role In Producing Chromium Coatings, Pigments, And Corrosion‑Resistant Surfaces.

3-Chloro-2-Hydroxypropyl Trimethylammonium Chloride (CAS No. 3327-22-8) Is A Quaternary Ammonium Compound Widely Used In Chemical And Textile Industries. Its Chemical Formula Is C6H15Cl2NO, And It Has A Molecular Weight Of 170.09 G/Mol. This Compound Appears As A Colorless To Pale Yellow Liquid And Is Highly Soluble In Water. It Is Primarily Used In Cationic Modification Of Cellulose, Textile Finishing, Paper Treatment, And Production Of Cationic Polymers.

Triisopropylsilyl Chloride (C9H21ClSi), CAS No. 13154-24-0, Is An Organosilicon Compound With A Molecular Weight Of 192.81 G/Mol. It Appears As A Colorless To Pale Liquid, Moisture‑Sensitive, And Reacts Readily With Alcohols, Amines, And Water. Synonyms Include Chlorotriisopropylsilane. Structurally, It Consists Of A Silicon Atom Bonded To Three Bulky Isopropyl Groups And One Chlorine Atom, Making It A Useful Silylating Reagent. Applications Include Protecting Hydroxyl Groups In Organic Synthesis, Pharmaceutical Intermediates, And Specialty Chemical Research.

Ethoxypropanol (CAS No. 52125-53-8)Is A Clear, Colorless Liquid With A Mild Ether-Like Odor. With A Molecular Weight Of 104.15 G/Mol And Formula C5H12O2, It Is Fully Miscible With Water And Many Organic Solvents, Offering Excellent Solvency For Resins, Oils, And Adhesives. Hygroscopic Nature Make It Suitable For Diverse Industrial Applications. Ethoxypropanol Is Widely Used In Coatings, Cleaners, Inks, Textiles, And Adhesives, Often Serving As A Safer Alternative To Ethylene Glycol Ethers.

Ethyl Silicate (CAS No. 78‑10‑4), Also Known As Tetraethoxysilane, Is A Clear, Colorless Liquid With Molecular Weight 208.33 G/Mol. It Is A Moisture‑Sensitive, Flammable Compound That Hydrolyzes To Form Silica And Ethanol.Ethyl Silicate Is Widely Used As A Binder In Zinc‑Rich Coatings, Adhesives, And Investment Casting. In Electronics, It Serves As A Precursor For Silica Films Via Sol‑Gel Processes. While Versatile, It Requires Careful Handling Due To Flammability And Irritant Properties. Its Role As A Silica Source Makes It Essential In Coatings, Ceramics, And Chemical Synthesis.

Potassium Hydrogen Fluoride (KHF₂), CAS No. 7789-29-9 , Is An Inorganic Compound Also Known As Potassium Bifluoride Or Potassium Acid Fluoride. Its Chemical Formula Is KHF₂, And It Has A Molecular Weight Of 58.10 G/Mol. This Compound Is A White Crystalline Solid, Highly Soluble In Water, And Releases Hydrofluoric Acid Upon Dissolution. It Is Primarily Used In Metal Surface Treatment, Glass Etching, Aluminum Refining, And As A Flux In Metallurgy. Additionally, It Serves As A Reagent In Organic Synthesis And Fluorination Processes.

Mushroom Alcohol (Common Name For 1‑Octen‑3‑Ol), CAS No. 3391‑86‑4, Is An Unsaturated Alcohol Belonging To The Octenol Family. Its Chemical Formula Is C8H16O, With A Molecular Weight Of 128.21 G/Mol. It Is A Colorless Liquid With A Characteristic Earthy, Mushroom‑Like Odor, Often Described As Green, Fungal, And Slightly Metallic. Naturally Occurring In Mushrooms And Formed During Lipid Oxidation, It Is A Key Contributor To The Aroma Of Fresh Mushrooms.

Tert‑Butyl Peroxybenzoate (CAS No. 614‑45‑9), Formula C11H14O3, Molecular Weight 194.23 G/Mol, Is A Clear, Colorless Liquid Used As A Radical Initiator And Crosslinking Agent And Is Insoluble In Water But Soluble In Organic Solvents. TBPB Is Widely Applied In Polymerization Of Styrene, Acrylates, And Vinyl Monomers, And In Crosslinking Polyethylene And Elastomers.

Ambrinol (CAS No.  71832-76-3) Is A Synthetic Ambergris-Type Fragrance Molecule Belonging To The Polycyclic Alcohol Family. Known Chemically As 1,2,3,4,4a,5,6,7-Octahydro-2,5,5-Trimethyl-2-Naphthalenol, It Has Molecular Formula C13H22O And Molecular Weight 194.31 G/Mol. Ambrinol Reproduces The Complex Animalic Warmth Of Natural Ambergris, With A Powerful Amber Note Enriched By Tobacco, Leathery, Musky, And Earthy Undertones. It Functions As A Base Note And Fixative, Delivering Exceptional Diffusion And Persistence.

Triisopropylsilane (CAS No. 6485-79-6),  Is An Organosilicon Compound With Molecular Formula C9H21Si And Molecular Weight 158.36 G/Mol. Appearing As A Clear, Colorless Liquid, It Is Insoluble In Water But Miscible With Organic Solvents. Its Bulky Isopropyl Substituents Make It A Sterically Hindered Hydride Donor, Widely Used In Organic Synthesis And Peptide Chemistry For Selective Deprotection Of Protecting Groups. It Also Finds Applications In Pharmaceuticals And Catalysis, Where Controlled Hydride Transfer Is Required.

2,5-Bis(Hydroxymethyl)Furan (CAS No. 1883-75-6), Also Known As 2,5-Furandimethanol, Is A Bio-Derived Diol With Formula C6H8O3 And Molecular Weight 128.13 G/Mol. Appearing As A White Crystalline Solid, It Is Produced From Furan Intermediates And Is Increasingly Recognized As A Sustainable Platform Chemical. Its Two Hydroxymethyl Groups Make It Highly Reactive, Enabling The Synthesis Of Bio-Based Polyesters, Polyurethanes, And Resins. BHMF Is Also Explored In Coatings, Adhesives, And Specialty Chemicals As A Renewable Alternative To Petroleum-Derived Diols.

Ethyl Silicate 28%  Is A Stabilized Solution Containing Approximately 28% Tetraethyl Orthosilicate (TEOS) By Weight. Supplied As A Clear Liquid, It Serves As A Versatile Binder And Precursor In Industrial Applications. Molecular Weight 208.33 G/Mol, It Hydrolyzes To Form Silica Networks, Making It Valuable In Refractories, Ceramics, And Coatings. The Chemical Industry Employs It In Sol‑Gel Synthesis, While Construction Uses It For Stone Consolidation And Protective Treatments. Electronics Benefit From Its Role In Silica Film Deposition.

P‑Methylphenoxyacetaldehyde 50% Is Supplied As A 50% Liquid Solution With A Molecular Weight Of 150.17 G/Mol. Appearing As A Clear To Pale Yellow Liquid, It Has A Characteristic Aromatic Aldehydic Odor. Insoluble In Water But Soluble In Alcohols And Organic Solvents, It Is Primarily Used As An Intermediate In Fragrance Chemistry, Imparting Aldehydic And Floral Notes, And In Specialty Organic Synthesis. Classified As An Irritant, It Requires Protective Handling And Stabilized Storage. It Is Valued In Controlled Industrial And Research Applications.

Oleic Diethanolamide (CAS No. 93-83-4)  With Formula C22H43NO3 And Molecular Weight 325.53 G/Mol, It Appears As A White To Off-White Waxy Solid. Slightly Soluble In Water; Soluble In Ethanol, It Is Valued For Its Foam‑Boosting, Thickening, And Emulsifying Properties. In Detergents And Industrial Cleaners, It Enhances Viscosity And Cleaning Efficiency. In Personal Care Products, It Stabilizes Foam And Improves Conditioning In Shampoos, Soaps, And Body Washes. 

Pentaerythritol Tetraoleate (CAS No. 19321-40-5)  With Formula C77H140O8 And Molecular Weight 1193.96 G/Mol, It Appears As A White to off-white waxy solid. Insoluble In Water, It Is Valued For Its Lubricating, Stabilizing, And Biodegradable Properties. In Lubricants And Metalworking Fluids, It Enhances Performance And Reduces Wear. In Cosmetics, It Serves As An Emollient And Stabilizer, While In Industrial Applications, It Is Used In Coatings And Specialty Formulations. 

Capigel-98 Is A High-Performance Rheology Modifier And Thickening Agent Widely Used In Cosmetic, Personal Care, And Industrial Formulations. It Is Typically Supplied As A Clear To Slightly Hazy Liquid Or Gel System And Is Designed To Provide Excellent Viscosity Control And Stabilization In Aqueous Formulations. This Product Is Commonly Used In Shampoos, Body Washes, Lotions, And Gels To Improve Texture, Spreadability, And Suspension Of Active Ingredients. Capigel-98 Also Enhances Product Clarity And Stability While Maintaining A Smooth Sensory Profile. It Is Valued For Its Ease Of Incorporation, Compatibility With Various Surfactant Systems, And Ability To Improve Overall Formulation Performance.

6‑Bromohexyltrimethylammonium Bromide (CAS No. 32765-81-4)  With The Chemical Formula C9H21Br2N And A Molecular Weight Of 319.07 G/Mol. Synonyms Include 6-Bromo-N,N,N-Trimethylhexan-1-Aminium Bromide, Bromohexyltrimethylaminium Bromide. It Appears As A Crystalline Solid, Soluble In Water And Polar Solvents. Applications Include Bioconjugation For Attaching Cationic Groups To Biomolecules, Surfactant Chemistry For Micelle And Membrane Studies, Organic Synthesis As An Intermediate For Ionic Liquids And Polymers, And Electrochemistry For Electrode Surface Modification. 

Silica Acid, commonly referred to as Silicic Acid, is an inorganic compound widely used in pharmaceuticals, cosmetics, and water treatment. Silica Acid is primarily applied as an anti-caking agent, thickener, and adsorbent in powders, toothpaste, and cosmetics. In water treatment, it helps remove impurities and stabilizes solutions. Its high surface area, stability, and inert nature make it valuable in industrial, pharmaceutical, and personal care applications.