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fine-chemicals

Fine Chemicals

ChemNios Laboratories provides custom fine chemical manufacturing or traditional organic synthesis in our multipurpose, flexible chemical production plants. Our experience covers a broad range of fine chemicals, including building blocks to intermediates. These complex, pure chemicals are manufactured in large quantities and according to exact specifications for our customers' intended product applications. Unlike specialty chemicals, fine chemicals are focused on the chemical makeup of the product, rather than the product application. Our technical expertise, updated equipment, and quality control will assure leading quality, in spec, custom fine chemicals. If you need a fine chemical partner, we deliver!

  • Fine Chemicals
  • Speciality Chemicals
api

API Intermediates

ChemNios Laboratories is a key API Intermediates manufacturer & supplier in the global marketplace. We work closely with API manufacturers and custom formulators to ensure that the active pharmaceutical ingredients. We are providing a broad range of quality pharmaceutical materials at very competitive costs.

Working with sophisticated technologies and API manufacturers, we ensure that the intermediates you need are readily available. Our range meets high standard of quality, reliability and effectiveness. Our active pharmaceutical ingredients are used widely by clients worldwide to manufacture a variety of products like pharmaceuticals, food, cosmetics, and more. Contributing to the daily life, the intermediates are pure, result oriented and cost effective in nature.

Area of serve in manufacturing
  • APIs
  • Advanced intermediates
  • Key stating material (KSM)
  • Raw material starting material (RSM).
carbohydrates

Carbohydrates

Carbohydrates are the most abundant organic molecules in nature. Protected carbohydrates serve as chiral building blocks used in chiral pool synthesis. ChemNios Laboratories has prepared many such protected building blocks and transform into important enantiopure molecules.

  • Oligo saccharides
  • Building Blocks
  • Glycosylation
  • Nucleoside and Phosphoramidites
api

Peptide ImpuritieStandards

A peptide compound is a short chain of amino acids connected by peptide (amide) bonds. It consists of two or more amino acids linked together in a linear chain. The connection is formed through a condensation reaction between the carboxyl group (-COOH) of one amino acid and the amino group (-NH2) of the next. This forms an amide bond of the type -OC-NH-, also written as -CO-NH-.

Peptides perform critical roles in physiological processes and participate in many biochemical pathways. While naturally occurring, peptides can also be synthesized in a lab through sequence-specific linking of amino acids. However, impurities may arise during the production depending on errors in the order or modifications of residues. Careful optimization of the synthesis process is important to minimize unwanted variants. Commonly, peptides are purified using reversed-phase chromatography with acid modifiers and detected by UV. Application of synthetic peptides spans research and industrial domains.

  • Insertion
  • Deletion Sequence
  • Modification Sequences
  • Incomplete Deprotection Sequences
  • Racemization
  • Purification Methods or SPPS