Staple length, diameter, specific gravity, density, denier, crimp %, total finish on fibre, moisture regain, identification of fibres and blends, birefringence, crystallinity, intrinsic viscosity, DSC-Scan, DMA, TGA, single fibre length, elongation at break, end group analysis

 

Identification, denier, number of filaments, lea strength, twist, microscopic observation, breaking load, tenacity, elongation, crimp, crimp contraction, crimp rigidity, boiling shrinkage, yarn evenness, oil content, fibre blend analysis, finish content, size content, interlacement,  appearance test, draw force, shrinkage force, crimp contraction force, frictional force, moisture content. 

Complete analysis of construction including weave analysis and weight/sq.m, specific warp and weft tests, breaking strength and elongation of fabrics, specific tests for special fabrics, fabric defect analysis, air permeability, fabric dimensional stability and shrinkage, crease recovery, stiffness, identification and analysis of different fibre blends and components, scouring, bleaching and washing trials, dyeing and printing trials, whiteness and reflectance, weight reduction certification, water repellency, water vapour permeability, flammability test, tearing strength, cyclic test for elasticity. 

 

Solubility, identification of dyes, colour strength K/S of dyed fabric, dye migration, recipe prediction, Ganz whiteness of OBA treated samples, effectiveness of different dyeing assistants, dyeing and printing trials, dye-fastness to light, rubbing, washing, sublimation, perspiration, etc., viscosity of print paste/thickeners, tack index, pH, salt content, insoluble matter, silica content, etc. Acidity/ alkalinity, total hardness, total dissolved solids, chlorides, sulphates and iron content in water sample. Ash content, purity, active and solid contents, boiling point, melting point, specific gravity/density, ionic nature, cloud point, etc., for different chemicals.

 Analysis of the above is undertaken to help industry reduce its energy costs and control pollution. Fuels are analysed for moisture content, calorific value, ash content, flash point/fire point, carbon residue, etc. 

Banned amines released from azo dyes or dyed printed fabrics and other materials. Analysis of formaldehyde by Japanese Law 112 method and by AATCC Sealed Jar Method. Analysis of pentachlorophenol, Pesticide residue analysis, Analysis of heavy metals at trace levels -
(Cu, Cd, Co, Cr, Zn, Pb, Ni, As, Hg) 

Temperature, pH colour, Total Organic Carbon, Suspended solids, Dissolved solids, COD, BOD, oil and grease, phenolic compounds, chlorides, sulphides, sulphates, nitrogen, cyanides, heavy metals, etc. 

CO2, O2, H2, SO2, NOx, Suspended particulate matters (SPM).