Triveni Chemicals

3‑Mercaptopropyl Trimethoxysilane (CAS No. 4420‑74‑0) Is An Organosilane Coupling Agent Containing A Thiol (–SH) Functional Group. Its Molecular Formula Is C6H16O3SSi With A Molecular Weight Of 196.34 G/Mol. Synonyms Include MPTMS, Γ‑Mercaptopropyltrimethoxysilane, And Silane, 3‑(Mercaptopropyl)Trimethoxy‑. Appearing As A Clear To Pale Yellow Liquid, It Is Soluble In Organic Solvents And Hydrolyzes In Water To Form Silanols. Widely Used In Surface Modification, Adhesion Promotion, And Crosslinking, It Enhances Bonding Between Inorganic Substrates (Glass, Metals, Minerals) And Organic Polymers.

Vinyltrimethoxysilane (CAS No. 07-02-2768) Is An Organosilane Compound, With The Formula C5H12O3Si And A Molecular Weight Of 148.23 G/Mol. It Appears As A Colorless Liquid And Is Soluble In Organic Solvents But Hydrolyzes In Water To Form Silanols And Methanol. Vinyltrimethoxysilane Is Widely Applied As A Coupling Agent, Adhesion Promoter, And Crosslinker In Polymer Chemistry, Coatings, Sealants, And Sol‑Gel Processes.

3‑Nitrochlorobenzene (CAS No. 121‑73‑3) Is A Halogenated Nitroaromatic Compound, With The Formula C6H4ClNO2 And A Molecular Weight Of 157.55 G/Mol. It Appears As Pale Yellow Crystalline Solid Or Liquid Depending On Temperature, Insoluble In Water But Soluble In Organic Solvents. Synonyms Include M‑Nitrochlorobenzene And M‑Chloronitrobenzene. Industrially, It Is Used As An Intermediate In Dyes, Agrochemicals, Pharmaceuticals, And Specialty Chemicals. Its Performance Profile Combines Electrophilic Nitro Functionality With Halogen Substitution Versatility, Making It Valuable In Nucleophilic Aromatic Substitution Reactions, Reduction To Amines, And Fine Chemical Synthesis.

1,3‑Dihydro‑2H‑Benzimidazole‑2‑Thione (CAS No. 583-39-1) Is A Heterocyclic Thione Derivative With The Formula C7H6N2S And A Molecular Weight Of 150.20 G/Mol. Synonyms Include 2‑Mercaptobenzimidazole And Benzimidazole‑2‑Thione. It Appears As A White To Off‑White Crystalline Powder, Sparingly Soluble In Water But Soluble In Ethanol And Organic Solvents. Industrially, It Is Used As A Corrosion Inhibitor, Antioxidant, And Intermediate In Pharmaceuticals And Specialty Chemicals. Its Performance Profile Combines The Benzimidazole Ring System With A Reactive Thione Group, Making It Valuable In Polymer Stabilization, Metal Protection, And Medicinal Chemistry Research.

4‑Hydroxybenzophenone (CAS No. 1137‑42‑4) Is An Aromatic Ketone Derivative With The Formula C13H10O2 And A Molecular Weight Of 198.22 G/Mol. Synonyms Include P‑Hydroxybenzophenone And 4‑Hydroxy‑Diphenylmethanone. It Appears As A Crystalline Solid, Sparingly Soluble In Water But Soluble In Organic Solvents Such As Ethanol, Acetone, And Chloroform. Industrially, 4‑Hydroxybenzophenone Is Used As An Intermediate In Pharmaceuticals, UV Absorbers, And Polymer Stabilizers. Its Performance Profile Combines The Photostability Of Benzophenone With The Reactivity Of The Hydroxyl Group, Making It A Versatile Building Block In Organic Synthesis, Sunscreen Agents, And Specialty Chemical Production.

Chlortetracycline  Is The First Discovered Tetracycline Antibiotic And A Molecular Weight Of 478.45  G/Mol. It Appears As A Yellow Crystalline Powder, Sparingly Soluble In Water. Marketed Under Trade Names Such As Aureomycin, It Was Historically Used In Humans But Is Now Primarily Employed In Veterinary Medicine For Treating Bacterial Infections In Livestock And Poultry.

Triethylsilane (CAS No. 617‑86‑7) Is An Organosilicon Compound With The Formula C₆H₁₆Si And A Molecular Weight Of 116.28 G/Mol. Synonyms Include TES, Silane, Triethyl‑, And Ethylsilane. It Appears As A Clear, Colorless Liquid With A Mild Odor, Soluble In Organic Solvents But Hydrolytically Sensitive. Triethylsilane Is Widely Used In Organic Synthesis As A Reducing Agent, Particularly In Hydrosilylation Reactions And Radical‑Mediated Reductions. It Serves As A Versatile Reagent In Pharmaceutical Intermediates, Fine Chemicals, And Polymer Chemistry.

Diisodecyl Adipate (CAS No. 2719‑45‑5) Is A Synthetic Ester Plasticizer Derived From Adipic Acid And Isodecyl Alcohol. Its Molecular Formula Is C26H50O4 With A Molecular Weight Of 370.57 G/Mol. Synonyms Include DIDA, Adipic Acid Diisodecyl Ester, And Diisodecyl Hexanedioate. Appearing As A Clear, Oily Liquid, It Is Insoluble In Water But Soluble In Organic Solvents And Polymers. Widely Used In PVC, Synthetic Rubber, Adhesives, And Coatings, It Imparts Flexibility, Low‑Temperature Performance, And Resistance To Extraction. Valued For Its Low Volatility, Good Permanence, And Compatibility With Other Plasticizers.

Dimethylacetamide (CAS No. 127‑19‑5) Is A Polar Aprotic Solvent, With The Formula C4H9NO And A Molecular Weight Of 87.12 G/Mol. Synonyms Include DMA, DMAC, And N,N‑Dimethylacetamide. It Appears As A Colorless Liquid With An Ammoniacal Odor. It Is Miscible With Water And Most Organic Solvents. Dimethylacetamide Is Widely Applied In Polymer Chemistry , Pharmaceuticals, Agrochemicals, And As A Reaction Medium In Organic Synthesis.

3‑(2‑Aminoethylamino)Propyltrimethoxysilane (CAS No. 1760-24-3) Is An Organosilane Coupling Agent With The Formula C8H22N2O3Si And A Molecular Weight Of 222.36 G/Mol. It Appears As A Clear To Pale Yellow Liquid, Soluble In Alcohols And Water. Synonyms Include AEAPTMS, N‑(2‑Aminoethyl)‑3‑Aminopropyltrimethoxysilane, And Silquest A‑1120. Industrially, It Is Used As A Surface Modifier, Adhesion Promoter, And Crosslinking Agent In Coatings, Adhesives, Sealants, And Composites. Its Performance Profile Combines Reactive Amino Groups With Hydrolyzable Methoxy Groups, Enabling Strong Bonding Between Organic Polymers And Inorganic Surfaces Such As Glass, Metals, And Minerals.

Decabromodiphenyl Ethane (CAS No. 84852‑53‑9) Is A Brominated Flame Retardant Widely Used In Plastics, Textiles, Adhesives, And Electronic Components. Its Molecular Formula Is C14H4Br10 With A Molecular Weight Of 971.23 G/Mol. Synonyms Include DBDPE, Ethane, 1,2‑Bis(Pentabromophenyl), And Decabromo Diphenyl Ethane. Appearing As A White To Off‑White Crystalline Powder, It Is Insoluble In Water But Dispersible In Polymers. DBDPE Is Valued For Its Thermal Stability, Low Volatility, And High Bromine Content (82%), Making It Effective In Reducing Flammability.