FINE, SPECIALITY CHEMICALS COMMERCIAL SERVICES

 Chemistry Capabilities

At Dalment, we specialize in advanced chemical processing across different scales Plant, Medium, Pilot, Lab and Trial Scale ensuring precision, efficiency and innovation in every reaction. We have Lab Scale to Industrial Large Plant Scale Manufacturing Solutions

• Sulphonation – Used in detergents, dyes, and pharmaceutical intermediates.

• Caustic Fusion – Essential for producing alkali metal salts and inorganic compounds.

• Carboxylation – Applied in agrochemicals, pharmaceuticals, and polymer production.

• Nitration – Enables the synthesis of explosives, dyes, and pharmaceuticals.

• ChloroSulphonation – Used for specialty chemicals in coatings and textiles.

• Halogenation (F, Cl, Br) – Enhances chemical properties in various organic compounds.

• Hydrogenation – Converts unsaturated compounds into stable products, widely used in food and pharma.

• Cyanation – A critical process for producing nitriles and amides in pharmaceuticals.

• Diazotisation – Used in the synthesis of azo dyes and pharmaceutical compounds.

• Oxidation – Key for alcohols, ketones, and aldehydes production.

• Oxidative Cleavage – Facilitates the breakdown of complex molecules for advanced synthesis.

• Chiral Chemistry – Supports enantioselective synthesis in pharma and biotech.

• Hydrolysis – Essential for ester and amide breakdown in multiple industries.

• Alkylation – Applied in fuel refining, petrochemicals, and fragrance synthesis.

• Acetylation / Acylation – Used to modify chemical structures for enhanced reactivity.

• Kolbe Schmidt Reaction – Produces aromatic carboxylates, critical in fine chemicals and pharma.

• Aldol Condensation – Essential in the synthesis of fragrances, pharmaceuticals, and agrochemicals.

• Sandmeyer Reaction – A key transformation in aryl halide synthesis.

• Butyl Lithium Reaction – Used in polymerization and lithium-based organometallic reactions.

• Boron Chemistry – Crucial in organic synthesis and material sciences.

• Fluorination – Enhances chemical stability and bioavailability in pharmaceuticals.

• Bromination – Widely used in flame retardants and pharmaceutical intermediates.

• Chlorination – Plays a major role in the synthesis of agrochemicals and solvents.

• Halex Reaction – Enables halogen exchange in complex organic synthesis.

• Appel Reaction – Converts alcohols into alkyl halides efficiently.

• Benzidine Rearrangement – Used in the synthesis of azo dyes and polymer additives.

• Blanc Reaction – Essential for chloromethylation in polymer and resin industries.

• Balz Schiemann Reaction – Produces aryl fluorides used in pharmaceuticals.

• Bechamp Reaction – Converts nitro compounds into amines, widely used in dye industries.

• Duff Reaction – Forms hydroxylated benzaldehydes, used in fragrance and pharma.

• Fischer Esterification – A key reaction for ester production in flavors and pharmaceuticals.

• Friedel Craft Acylation – Used to synthesize ketones in fine chemicals.

• Haloform Reaction – Produces trihalomethanes for industrial applications.

• Halex Reaction – Facilitates fluorination in aromatic compounds.

• Kolbe Schmidt Reaction – Produces salicylic acid, crucial in pharma.

• Sommelet Oxidation – Converts benzyl alcohols into aldehydes.

• Ullmann Reaction – Used for carbon-carbon and carbon-heteroatom bond formation.

• Vilsmeier Hack Reaction – Synthesizes aldehydes and amides efficiently.

• Zinin Reaction – Reduces nitroarenes to amines for dyes and agrochemicals.

With extensive expertise in custom synthesis, scaling, and R&D, Dalment is your trusted partner for specialty chemicals, pharmaceuticals, and advanced industrial applications. Contact us today to explore innovative chemical solutions tailored to your business needs!