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Detectors - FID / ECD / NPD / FPD. With the Range of 50 Capillary Columns and 100 Packed columns. • Method Development.• Method Validation. • Quantification. • Organic Volatile Impurities / Residual Solvents by Head Space. • Fatty Acid Analysis of Oil Samples from C6 to C18, C18:1, C18:2, C18:3 [ FAME Analysis ] Applications - ♦ Residual Solvent Analysis.♦ % Purity of Organic Volatile Components. ♦ Assay of Organic Component with comparison of Standard ♦ Analysis of Unknown compounds upto boiling point of 300 deg C ♦ Impurity Profiling Sample Requirement – Solid Sample - 5 gmsLiquid Sample - 5 ml |
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Detectors - UV - Visible Detector / Photo Diode Array Detector (PDA) / Refractive Index (RI) With C8/C18, Cyano, Phenyl, Chiral and other HPLC Columns. • Method Development. • Method Validation. • Quantification. • Chiral Separations. [Columns - Chiralcel OD-R, MA+, Chiralpak IA, Chiralcel OJ-H, Chiracel OD-H] Applications - ♦ Purity & Assay♦ Impurity Profiling Sample Requirement – Solid Sample - 1 gmsLiquid Sample - 5 ml |
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• GC-MS. (For Mol. Wt. up to. 800) IN ALL RANGES OF COLUMNS – NON POLAR-HIGH POLAR |
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Applications - ♦ Used for knowing % of Carbon, Hydrogen, Nitrogen & Sulfur in Organic Compounds, Metallurgical Samples, Coal, Coke & Graphite Samples. ♦ For structural Elucidation of Fine Chemicals. Sample Requirement – Solid Sample - 20 mgLiquid Sample - 5 ml |
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Applications - Relative Molecular Weight (Mw), Molecular Number (Mn) and Poly Dispersity (Mwd). Determination of Polymer samples by GPC
Sample Requirement Solid Sample - 0.5 gmsLiquid Sample - 5 ml |
Applications -
Sample Requirement –
Solid Sample - 5 gmsApplications -
• To find out UV – Wavelength MaximaSample Requirement –
Solid Sample - 1 gmsApplications -
♦ Identification of Functional Groups in Unknown Sample.Sample Requirement –
Solid Sample - 50 mgApplications -
♦ 1H, 13C, 13C – dept, 31P, 11B, 19F NMR – 400 MHz experiments like COSY, NOSY, NOESY, Hetero COSY, HMQC, HMBC and Variable temperature experiments.Sample Requirement –
Solid Sample - 50 mgsApplications -
♦ To identify Crystalline PhaseSample Requirement –
Solid Sample - 2 gmApplications -
♦ For measurement of Weight loss with respect to temp.Sample Requirement –
Solid Sample - 20 mg![]() |
Applications - • Purity• Specific Heat • Heat of Fusion • Polymorphism • Melting Point • Melting Range • Melting Behavior • Glass Transition • Thermal Stability • Decomposition Temperature Sample Requirement – Solid Sample - 20 mgLiquid Sample - 1 ml |
Applications -
♦ Qualitative detection of elements from Sodium to Uranium in periodic table.Sample Requirement –
Solid Sample - 1 gm ![]() |
Applications - ♦ Laser Based Diffraction Technique for measurement of Particle Size in range of 0.02 um to 2000 um (20 NM TO 2000 MICRONS) by using Wet dispersion method [ In Water, Liquid Paraffin or Solvent ] for Solid and Liquid Samples or by using Dry powder Feeder assembly for dried powder samples. Sample Requirement – Solid Sample - 5 gmsLiquid Sample – 25 ml |
Applications -
♦ Laser Based Diffraction Technique for measurement of Particle Size in range of 0.1 um to 875 um of Wet Emulsion and Dry Powders.Sample Requirement –
Solid Sample - 5 gmsApplications -
♦ measurement of Particle Size in range of 0.1 um to 45 um of Dry Powders.Sample Requirement –
Solid Sample - 5 gmsApplications -
♦ For measurement of Total Organic Carbon, Total Carbon, Total Inorganic Carbon Content of Liquid Samples. To measure Organic Contamination of river, lack, dams and Other Water SampleSample Requirement –
Solid Sample - 1 gm [ Need to Dissolve in Medium ] ![]() |
Applications - ♦ Qualitative Analysis of Anions – Chloride, Bromide, Fluoride, Nitrite, Nitrate, Phosphate, Sulphate ♦ Qualitative Analysis of Cations – Sodium, Lithium, Potassium, Calcium, Magnesium, Ammonium, Manganese Sample Requirement – Solid Sample - 5 gmsLiquid Sample - 15 ml |
Applications -
♦ To measure Surface Area , Pore Volume & Pore Size of Powdered Sample by BET Nitrogen Adsorption Method.Sample Requirement –
Solid Sample - 5 gms ![]() |
Applications - ♦ Quantitative Analysis of Elements such as Al, As, Ag, B, Ba, Bi, Ca, Cd, Co, Cr, Cu, Fe, Ga, Hg, In, K, Li, Mg, Mn, Mo, Na, Ni, P, Pb, S, Se, Si, Sn, Sr, Ti, Tl, V, Zn, Zr upto ppm/ppb levels.♦ Environmental, Dyes, Specialty Chemicals, Polymer, Metal, Catalyst Samples analysis for Heavy Metals Sample Requirement – Solid Sample - 5 gmsLiquid Sample - 25 ml |
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Applications - ♦ SEM used to see Particles Shape and Particle Size of Solid Powder Samples & SEM - EDAX for detection of Metallic Element of Sample and ligand sample.♦ SEM-EDAX is used for finding Metallic Composition of Alloys, Glass, Ceramic Samples etc. Sample Requirement – Solid Sample - 100 mgsLiquid Sample – 2 ml |
Applications -
♦ Use to see Particles Shape and Particle Size of solid powder samplesSample Requirement –
Solid Sample - 100 mgsApplications -
♦ To study Morphology & Crystal StructureSample Requirement –
Solid Sample - 500 mgsApplications -
♦ For Measuring Pore Volume and Pore Radius of Catalyst, Cement & Graphite Samples by Pressure induced injection of MercurySample Requirement –
Solid Sample - 5 gmsApplications -
♦ To measured the Surface Tension of Liquid in the range of 0 to 90 dynes/cm using Surface Tensiometer – Platinum Ring Method [ Principles of Dr. P.L.DuNouy ]Sample Requirement –
Solid Sample - 10 gms• Colour
• Odour
• Turbidity (NTU)
• Transparency of Water / Waste Water
• Electrical Conductivity
• Salinity
• pH
• Total Dissolved Solids
• Total Solids
• Total Suspended Solids
• Nitrite
• Fluoride
• Total Hardness as CaCO3
• Chloride as Cl
• Sulphate as SO4
• Sulphide
• Ammonical Nitrogen
• Iodine
• Bromine
• Chlorine
• Chromium ( Hexavalent )
• TOC
• COD / BOD
• Moisture
• Particle size
• Total Phosphate
• Water Soluble Phosphate
• Water Soluble Potash
• Acidity
• Alkalinity
• Sieve Test
• Insolubility in Acetone
• Bulk Density
• Flash point
• Micronutrients [ Iron, Copper, Zinc, Magnesium, Manganese, Arsenic, Sulfur ]
• Specific Gravity
• Specific heat at ambient & at 300 deg.C
• Boiling Point
• Flash Point for Thermal Stability
• Viscosity Index.
• Moisture content.
• Copper Strip Corrosion
• Neutralization Number – mg KOH /gm
• Gross Calorific Value
• Total Moisture
• Inherent Moisture
• Ash Content
• Volatile Matter
• Fixed Carbon
• Total Sulfur by ICP
• Ultimate Analysis ( C,H,N,S)
• Sediment
• Sulphur by ICP
• Lead by ICP
• Arsenic by ICP
• Cadmium by ICP
• Chromium by ICP
• Nickel by ICP
• Water Content by Karl Fischer
• Density
• Carbon Nos. by GC-Capillary / GCMS
• Flash Point
• Kinematic Viscosity
• Ash
• Copper Corrosion Test
• Gross Calorific Value
• Sulfur Content
• Aniline Point
• Sediment
• Cloud Point / Pour Point
• Carbon Residue
• Water Content
• Acidity
• Distillation
• Identification of Plastic Material by DSC [ PP, LDPE, HDPE, Polyacetal, PET, PBT, Nylon 6, Nylon 66, Nylon 610, PVC, PS, PMMA)
• % Filler Content
• Identification of Filler
• Polymorphism.
• Glass Transition(Tg)
• Heat Capacity
• Melting Peak
• Volatiles.(Mositure, Solvents, Monomers)
• Polymer Decomposition
• Residue (Ash, Fillers, Glass Fibres)
• Flexular Strength
• Izod Impact
• Melt Flow Index
• Specific Gravity
• Elongation at Break
• GC / GCMS – Identification of Components eluted in GC.
• Density / Specific Gravity
• Solubility
• Refractive Index
• Colour by APHA
• Optical Rotation
• Particle Size Analysis
• Fineness [ Retention on 45 u Sieve ]
• Bulk Density / Specific Gravity
• LOI
• XRF
• Chloride, Bromide, Phosphate, Sulphate by Ion Chromatography
• Pb, Cd, Hg by ICP
• Hexavalent Chromium by U.V
• PBB & PBDE by GCMS
• Oil absorption (ml/100g) %
• PH Value
• Viscosity at 25.deg. C
• Density at 25. deg. C (g/cm3)
• Light Fastness
• Heat Resistance
• Water Resistance
• Acid Resistance
• Alkali Resistance
• Pour Point
• Cloud Point
• Flash Point
• Aniline Point
• Calorific Value
• Colour by APHA
• Bulk Density
• Specific Gravity
• Specific Optical Rotation
• Surface Tension Analysis by Platinum Ring method
• Melting Point / Boiling Point
• Moisture Content by K.F. (Karl Fischer)
• Refractive Index by Abbe Refractometer
• Kinematic Viscosity at 40 & 100 Deg C
• Viscosity by Brook Field Viscometer / Ford Cup / Red Wood / U Tube
• Acid Value / Sap Value / Iodine Value / Ester Value
• Ash / Sulphated Ash / Acid Insoluble Ash
• Loss on Drying
Sr. No. | Product | Test Title | Test Method |
---|---|---|---|
1 | Chemicals / Any Antimicrobial Formulations | Minimum Inhibitory Concentration (MIC) for any one organism; Tube Method | ASM Methods |
2 | Chemicals / Any Antimicrobial Formulations | Minimum Bactericidal Concentration (MBC) for any one organism; Plate Method | ASM Methods |
3 | Chemicals / Any Antimicrobial Formulations | Antifungal Activity by Plate Method | ASM Methods |
4 | Chemicals / Any Antimicrobial Formulations | Time Kill Test using Bacteria, Fungi & Algae for two organisms | API RP-38 Method 2002 |
5 | Chemicals | Antimicrobial Preservative Effectiveness for two organisms | Preservative Challenge Test |
6 | Polymeric Materials | Determining Resistance of Synthetic Polymeric Materials to Fungi | ASTM: G-21 |
7 | Paints | Resistance to growth of mould on the surface of interior paint coatings in an environmental chamber (Evaluation of Antifungal activity of paint samples on applied surfaces) | ASTM D 3273-05 |
8 | Paints | Evaluating Degree of Surface Disfigurement of Paint Films by Microbial Growth (Fungal of Algal) on soil & Dirt Accumulations | ASTM D 3274-2002 |
9 | Paints | To assess the performance of in-can Preservatives; Qualitative method | Oxford Cylinder cup bioassay |
10 | Paints | To assess the performance of preservative in exterior paint; Qualitative method | Filter Paper Method |
11 | Textile Material | Antibacterial activity of fabrics assessment of textile materials- Parallel Streak Method | AATCC-147-2004 |
12 | Textile Material | Antibacterial Finishes on textile materials | AATCC-100-2004 |
13 | Textile Material | Determining the Antimicrobial activity of Immobilized Antimicrobial agents under Dynamic contact conditions | ASTM: E2149-01 |
14 | Textile Material | Evaluation of Antibacterial activity of textile Materials: Agar Diffusion Plate Test | ISO 20645-2004 |
15 | Textile Material | Determination of population of Microorganism on Product | IS; ISO/FDIS 11737-1; Part 1; 2005 |
16 | Textile Material | Testing of antibacterial activity and Efficacy on Textile products | JIS L 1902:2002 |
17 | Non Textile Material | Antimicrobial Products- Test for antimicrobial activity and Efficacy- on Non textile substrates such as plastic glazed surfaces | JIS Z 28.1-2000 |
18 | Textile Material | Mosquito Repellency | U.S. Patent 5,198,287 |
19 | Textile Material | Mosquito Repellency | Modified WHO/CTD/WHO PES/IC/96.1 |
20 | Textile Material | Assessment of Dust Mite Properties of Textiles | AATCC Test Method Draft 5, Jan 2005 |
21 | Textile Material | Assessment of Antifungal Activity of Textile Materials | MIL-STD-810F Method 508.5.1-12 January 2000 |
22 | Textile Material | Assessment of Antifungal Activity of Textile & other Materials | AATCC Test Method 30 III 1998 |
23 | Any Surface or Material Contaminated with Microbes | Identification of Pathogenic Bacteria/ Fungi/ Protozoa, Cysts | Bergy's Manual of Determinative Bacteriology, 2000; ASM Manual |
24 | Factory or Manufacturing Premises | Environmental Sampling of factory/ Manufacturing premises/ Production house | HICC Guidelines, 2002 |
25 | Factory or Manufacturing Premises | Microbiological surveillance of O.T/ Factory premises/ Laboratory areas | HICC Guidelines, 2002 |
26 | Water Samples | Drinking Water/ Swimming Pool water | IS 1622 |
27 | Food Samples | Total Bacterial Count | IS 5402: 2002/ ISO 4833:1991 |
28 | Food Samples | Total Yeast & Mould Count | IS 5403: 1999 Reaffirmed 2005 |
29 | Food Samples | Detection of Pathogens such as- Coliforms, E. coli, Pseudomonas aeruginosa, Staphylococcus aureus, Salmonella typhi, Bacillus cereus, Streptococci | IS Standards |
30 | Chemicals | In Vitro Cytotoxicity test. This test is done on Mouse kindney cell lines. We use L929 cell lines. It can be done by Qualitative test and Quantitation test. Quantitation is done by MTT assay. The test method is EN ISO 10993 -5: 2009. Result - Toxic/ Non toxicIn quantitation if product is found toxic, then even IC 50 can be indicated by Log/Semilog method. |