Triveni Chemicals

Orthoperiodic Acid (Cas No. 10450-60-9) Is A Strong Oxidizing Inorganic Acid With The Chemical Formula H₅Io₆ And A Molecular Weight Of 227.94 G/Mol. It Appears As White Crystalline Solid And Is Highly Soluble In Water. Orthoperiodic Acid Is Widely Used In Analytical Chemistry And Organic Synthesis, Particularly For The Oxidative Cleavage Of Vicinal Diols And In Carbohydrate Structure Analysis. Due To Its Strong Oxidizing Properties, It May React Vigorously With Reducing Agents And Organic Materials. It Should Be Handled With Appropriate Protective Equipment And Stored In A Cool, Dry Place Away From Incompatible Substances.

Octanoyl Chloride (CAS No. 112‑04‑9) Is A Fatty Acid Chloride, With The Formula C₈H₁₅Clo And A Molecular Weight Of 162.66 G/Mol. It Appears As A Colorless To Pale Yellow Liquid  And Is Insoluble In Water But Soluble In Organic Solvents. Octanoyl Chloride Is Widely Applied In Organic Synthesis For Acylation Reactions, Preparation Of Esters, Amides, And Surfactant Intermediates. It Serves As A Building Block In Pharmaceuticals, Agrochemicals, And Specialty Chemicals.

Ethyltriphenylphosphonium Iodide (CAS No. 4736‑60‑1) Is A Quaternary Phosphonium Salt With The Formula C20H20IP And A Molecular Weight Of 402.25 G/Mol. It Appears As A White To Off‑White Crystalline Solid, Soluble In Polar Organic Solvents. Synonyms Include Triphenyl(Ethyl)Phosphonium Iodide. Industrially And Academically, This Compound Is Widely Used As A Phase‑Transfer Catalyst And As A Reagent In Organic Synthesis, Particularly In Wittig Reactions For Olefin Formation. Its Performance Profile Combines The Lipophilic Ethyl Substituent With The Stabilizing Triphenylphosphonium Cation, Making It Versatile In Synthetic Chemistry, Catalysis, And Specialty Polymer Applications.

3,5,5‑Trimethylhexanoyl Chloride (CAS No. 36727-29-4) Is An Organic Acid Chloride Derivative With The Formula C9H17ClO And A Molecular Weight Of 176.69 G/Mol. It Appears As A Colorless To Pale Yellow Liquid, Reactive And Moisture‑Sensitive. Synonyms Include Neopentanoic Acid Chloride And Trimethylhexanoyl Chloride. Industrially, It Is Used As An Intermediate In Pharmaceuticals, Agrochemicals, And Specialty Organic Synthesis, Particularly In Acylation Reactions. Its Performance Profile Combines Acid Chloride Reactivity With Sterically Hindered Alkyl Substitution, Making It Valuable In Fine Chemical Production, Polymer Modification, And Specialty Coatings.

Calcium Sulphate Hemihydrate (CAS No. 10034-76-1) Is A Hydrated Calcium Salt, With The Formula (CaSO4)2.H2O And A Molecular Weight Of 145.15 G/Mol. Synonyms Include Plaster Of Paris, Calcined Gypsum, And Calcium Sulfate Hemihydrate. It Appears As A Fine White Powder, Sparingly Soluble In Water, And Sets Rapidly When Mixed With Water To Form Gypsum (Caso₄·2H₂O). Calcium Sulphate Hemihydrate Is Widely Applied In Construction (Plaster, Wall Coatings), Dentistry (Casts, Molds), And Art (Sculptures).

N‑Propyl Iodide (CAS No. 0107‑08‑2, Synonyms: 1‑Iodopropane) Is A Primary Alkyl Halide With The Formula C3H7I And A Molecular Weight Of 168.00 G/Mol. It Appears As A Colorless Liquid,  Insoluble In Water But Soluble In Organic Solvents Such As Ethanol And Ether. N‑Propyl Iodide Is Widely Applied As A Synthetic Intermediate, Alkylating Agent, And Reagent In Organic Synthesis, Pharmaceuticals, And Agrochemicals.

Ammonium Iodide (CAS No. 12027‑06‑4) Is An Inorganic Salt, With The Formula H4IN And A Molecular Weight Of 144.94 G/Mol. Synonyms Include Ammonium Iodide, Iodic Acid Ammonium Salt, And NH₄I. It Appears As White Crystalline Granules, Highly Soluble In Water And Ethanol, But Decomposes Slowly In Moist Air, Releasing Iodine Vapors. Ammonium Iodide Is Applied In Photography, Pharmaceuticals, Analytical Chemistry, And Organic Synthesis.

Tetrabutylammonium Iodide (CAS No. 311‑28‑4) Is A Quaternary Ammonium Salt With The Formula C16H36IN And A Molecular Weight Of 369.37 G/Mol. It Appears As A White Crystalline Solid, Soluble In Polar Organic Solvents Such As Acetonitrile, DMF, And DMSO. TBAI Is Widely Applied As A Phase‑Transfer Catalyst, Halide Source, And Reagent In Organic Synthesis, Polymer Chemistry, And Pharmaceutical Intermediates.

5-Iodo-2-Methylbenzoic Acid (CAS No. 54811-38-0) Is An Aromatic Carboxylic Acid Derivative, Also Known As 2-Methyl-5-Iodobenzoic Acid. It Has The Chemical Formula C8H7IO2 And A Molecular Weight Of 262.04 G/Mol. This Compound Is Widely Used As An Intermediate In Pharmaceutical Synthesis.

Sodium Iodide Anhydrous (CAS No.7681-82-5) Is A White Crystalline Solid With The Chemical Formula Nil And A Molecular Weight Of 149.89 G/Mol. Synonyms Include Nai, Iodide Of Sodium, And Sodium Monoiodide. It Is Highly Soluble In Water And Hygroscopic, Readily Absorbing Moisture From The Air. Industrially, Sodium Iodide Is Used In Organic Synthesis (As A Source Of Iodide Ions), Pharmaceuticals, Nutritional Supplements, And As A Reagent In Analytical Chemistry. It Also Serves In Radiation Detection (Nai(Tl) Scintillation Crystals). Its Performance Profile Includes Halide Reactivity, Solubility, And Optical Utility, Making It Valuable In Chemical, Medical, And Instrumentation Applications.

Ethyl Iodide (CAS No. 75‑03‑6) is a volatile organoiodine compound with the formula C2H5I and a molecular weight of 155.97 g/mol. It appears as a colorless liquid with a pungent odor and is insoluble in water but soluble in organic solvents such as ethanol, ether, and chloroform. Ethyl iodide is widely applied as an alkylating agent in organic synthesis.

Ethylenediamine Dihydroiodide  (CAS No. 5700‑49‑2) Is An Iodine‑Containing Organic Salt Formed By The Reaction Of Ethylenediamine With Hydroiodic Acid. Its Formula Is C2H10I2N2 And Molecular Weight 266.91 G/Mol. It Appears As A White Crystalline Powder, Soluble In Water And Ethanol. Synonyms Include EDDI And Ethylenediamine Hydroiodide. EDDI Is Widely Used As A Nutritional Feed Additive In Veterinary Medicine, Particularly For Cattle And Poultry, To Prevent Iodine Deficiency And Goiter.

Copper Iodide (Cas No. 7681‑65‑4) Is An Inorganic Salt, With The Formula Cui And A Molecular Weight Of 190.45 G/Mol. Synonyms Include Cuprous Iodide And Iodocuprate(I). It Appears As A White Crystalline Powder That May Turn Brown Upon Exposure To Air Due To Iodine Release. And Is Insoluble In Water But Soluble In Concentrated Solutions Of Potassium Iodide. Copper(I) Iodide Is Applied In Organic Synthesis (As A Catalyst), Semiconductors, And Pharmaceutical Formulations.

Iodine (CAS No. 7553‑56‑2) Is A Halogen Element With The Formula I₂ And A Molecular Weight Of 253.81 G/Mol. It Appears As Lustrous, Violet‑Black Crystals That Sublimate Easily To Form A Violet Vapor. Iodine Is Essential In Human Nutrition, Particularly For Thyroid Hormone Synthesis, And Is Widely Used In Pharmaceuticals, Disinfectants, Dyes, And Industrial Processes.

Hydroiodic Acid (CAS No. 10034‑85‑2) Is A Strong Inorganic Acid With The Formula HI And A Molecular Weight Of 127.91 G/Mol. Synonyms Include Hydriodic Acid, Iodine Hydride, And Aqueous Hydrogen Iodide. It Is Typically Supplied As A Colorless To Pale Yellow Aqueous Solution Due To Slight Oxidation To Iodine. Hydroiodic Acid Is One Of The Strongest Halogen Acids, Fully Dissociating In Water. It Is Widely Used As A Reducing Agent In Organic Synthesis, Particularly For Converting Alcohols To Iodides And In Hydrolysis Reactions.

Methyl Iodide (CAS No. 74‑88‑4) Is A Halogenated Alkyl Compound With The Formula CH3I And A Molecular Weight Of 141.94 G/Mol. It Appears As A Clear, Colorless Liquid With A Sweet, Chloroform‑Like Odor, Highly Volatile And Light‑Sensitive. Synonyms Include Iodomethane. Industrially, It Is Used As A Methylating Agent In Organic Synthesis, Introducing The Methyl Group Into Nucleophiles Such As Amines, Alcohols, And Thiols. Its Performance Profile Combines Alkyl Halide Reactivity With Iodine Substitution Versatility, Making It Valuable In Pharmaceutical Intermediates, Agrochemicals, And Specialty Fine Chemicals.