Analytical & Chemical Analysis

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Analytical & Chemical Analysis


ProductTestsUnitMethod
Natural RubberAsh Content%ISO 247-1/ ASTM D1278
Dirt Content%ISO 249/ ASTM D1278
Glass Transition Temp°CASTM D7426/ ASTM E1356/ ISO 22768
Metal Contentmg/KgISO 19050
Mooney ViscosityMUASTM D1646
Nitrogen Content%ISO 1656
Volatile Content%ISO 248-1/ ISO 248-2/ ASTM D1278
Synthetic RubberAsh Content%ASTM D5667/ ISO 247-1
Glass Transition Temp°CASTM D7426/ ASTM E1356/ ISO 22768
Metal Content%ISO 19050
Cis Content-Microstructure%IS 10016-4
Trans Content-Microstructure%IS 10016-4
Vinyl Content-Microstructure%IS 10016-4
Styrene Content-Microstructure%ISO 21561
Vinyl Content-Microstructure%ISO 21561
Molecular weight distribution'--ASTM D6474
Mooney ViscosityMUASTM D1646
Nitrogen Content%ISO 1656
Oil Content%ASTM D5774
Organic Acid Content%ASTM D5774/ ISO 7781
Soap Content%ASTM D5774/ ISO 7781
Volatile Content%ASTM D5668/ ISO 248-1/ ISO 248-2
FTIR Study-ASTM D2702
Moisture by KF titrator*%IS 2362
Acetone extract of SBR*%ASTM D5773
Ethylene Toluene extract content of SBR*%ASTM D5774

Carbon

ProductTestUnitMethod
Carbon BlackAsh Content%ASTM D1506/ ISO 1125
BaP ContentppbASTM D7771
COAN Noml/100gASTM D3493
Cyclohexane Extract%ASTM D7772
Extractable Content%ASTM D4527
FTIR Study'--ASTM D2702
Heat Loss %ASTM D1509/ ISO 1126
Iodine nog/KgASTM D1510/ ISO 1304
IPHTgmfASTM D5230
NSAm2/gASTM D6556/ ISO 18852
OAN Noml/100gASTM D2414/ ISO 4656
pH--ASTM D1512
Pour DensityKg/m3ASTM D1513
Sieve Residue% ASTM D1508/ ISO 1437
STSAm2/gASTM D6556/ ISO 18852
Sulfur Content%ASTM D1619/ ISO 1138
Tint Strength--ASTM D3265/ ISO 5435
Toluene Discolouration%ASTM D1618/ ISO 3858
Residue at 325 mesh*%ASTM D1508
Residue at 35 mesh*%ASTM D1508
Bulk Attrition*%ASTM D1508

SR Filler

ProductTestUnitMethod
SR Filler
Ignition Loss*%ASTM D6740
Heat Loss*%ISO 11235
HF Soluble*%ASTM D297
pH *-ISO 28641
Residue at 325 mesh*%ASTM D5461
Other minerals-Fe, Cu & Mn*%32-WI-300

Silica

ProductTestUnitMethod
Silica
CTAB surface aream2/gASTM D6845
Ignition Loss%ISO 3262-1/ ASTM D1208/ ISO 5794-1
NSAm2/gASTM D1993
Sears Noml/1.5 gASTM D8016
SiO2 Content%ISO 3262-20
Heat Loss%ASTM D6738/ ISO 727-2
pH--ASTM D6739
SiO2 Content%ISO 5794-1
Electrical conductivity*µs/cmASTM D8300

CaCO3

ProductTestUnitMethod
Calcium carbonate
Ignition Loss*% ASTM D1208
Heat Loss*%ISO 11235
HCl Insoluble*%ASTM C25
Fineness through 100 mesh*% ISO 11235
Fineness through 325 mesh*% ISO 11235
CaO content*%ASTM C25
Qualitative test for CO2*-HASETRI method
Alkalinity*-HASETRI method
Nitrogen surface area*m2/gASTM D1993
Lead content*%32-WI-300
Magnesium as MgO*%32-WI-300

Crumb rubber

ProductTestUnitMethod
Crumb Rubber
Acetone extract*%ASTM D6370
Ash content*%ASTM D6370
Moisture by KF *%IS 2362
Fineness through 30 mesh*%ASTM D5644
Fineness through 40 mesh*%ASTM D5644
Rubber hydrocarbon content*% ASTM D6370
Carbon black content*%ASTM D6370
Mesh size distribution*%ASTM D5644

Oil

ProductTestUnitMethod
Oil
Aniline Point°CASTM D611
API gravity--ASTM D1298
Aromatic content- FTIR%IS 13155
Naphthenic Content-FTIR%IS 13155
Paraffininc Content-FTIR%IS 13155
Aromatic content- Clay gel%ASTM D2007
Saturate content-Clay gel%ASTM D2007
Polar content- Clay gel%ASTM D2007
Asphalt content- Clay gel%ASTM D2007
Flash Point°CASTM D92
Glass Transition Temp°CISO 28343
Kinematic Viscositymm2/sASTM D445
Naphthalenemg/KgDIN EN 16143
Acenaphthalenemg/KgDIN EN 16143
Acenaphthenemg/KgDIN EN 16143
Fluorenemg/KgDIN EN 16143
Phenanthrenemg/KgDIN EN 16143
Anthracenemg/KgDIN EN 16143
Fluoranthenemg/KgDIN EN 16143
Pyrenemg/KgDIN EN 16143
Benzo (a) Anthracenemg/KgDIN EN 16143
Chrysenemg/KgDIN EN 16143
Benzo (b) Fluoranthenemg/KgDIN EN 16143
Benzo (k) Fluoranthenemg/KgDIN EN 16143
Benzo (a) Pyrenemg/KgDIN EN 16143
Benzo (g.h.i)perylenemg/KgDIN EN 16143
Dibenzo (a,h) anthracenemg/KgDIN EN 16143
Indenol (1.2.3-cd ) Pyrenemg/KgDIN EN 16143
PCA Content%IP 346
Pour Point°CASTM D97
Sp Gravity--ASTM D1298
Viscosity Gravity Constant--ASTM D2501

Chemical

ProductTestUnitMethod
Accelerator-General
Ash Content%ISO 28641
Heat Loss%ISO 11235
Insoluble content°CASTM D4934/ ISO 11235
Melting Point%ASTM D1519/ ISO 11235
pH--ISO 28641
Sieve Residue%ASTM D5461
Solubility%ASTM D1766
Water Content%ASTM D5460
Wet Sieve Residue%ISO 11235
Sulfur content%ASTM D6741
Moisture content%ASTM D4571
FTIR Study%ASTM D2702
Accelerator-CBSAssay%ASTM D4936/ ISO 11235
Accelerator-DCBSAssay%ASTM D4936
Accelerator-MBTAssay%ASTM D1991
Accelerator-MBTSAssay%ISO 11235/ ASTM D5051
 Free MBT Content%ASTM D5044
Accelerator-SulphenamideAsh Content%ISO 11235/ ASTM D4574
Accelerator-TBBSAssay%ASTM D4936/ ISO 11235
AntidegradantsMelting point*°CASTM D1519
Flash point*°CASTM D92
Assay*%ISO 11235
DPPD *%ISO 11235
DTPD*%ISO 11235
PTPD*%ISO 11235
AntioxidantAsh Content%ISO 28641
Heat Loss%ISO 28641
Melting Point°CASTM D1519
pH--ISO 28641
Purity by GC%ASTM D4937
Purity by HPLC%ASTM D5666
Softening Point°CISO 28641
Volatile Content%ASTM D4571
FTIR Study--ASTM D2702
Process AidAsh Content%ISO 28641
Melting point°CASTM D1519
Metal Contentmg/KgSOP: 32-WI-300
Wet Sieve Residue%ASTM D5461
FTIR Study--ASTM D2702
WB212
Drop Melting point*°CASTM D127
Ash content*%ASTM D4574
Acid no*mg KOH/g32-WI-306
Iodine no*g/100gHASETRI method
Moisture Content*%ASTM D4571
Manganese content*%HASETRI method
ResinAsh Content%ISO 28641
pH--ISO 28641
Softening Point°CASTM E28/ ISO 28641
Acetone insoluble*%ASTM D1766
Heat Loss*%ASTM D4571
Methylol content*%HASETRI method
FTIR Study--ASTM D2702
PF resin hardner
HMT content*%HASETRI method
Hot plate cure @165°C*sHASETRI method
Wet Sieve Residue*%ASTM D4572
FTIR Study*-ASTM D2702
HMMM Resin
Ash Content*%ASTM D4574
Free formaldehyde*%HASETRI method
Refractive index*-ASTM D1218
Nitrogen content*%ASTM D6741
Sieve Residue*%ASTM D4572
FTIR Study*-ASTM D2702
DCPD Resin
Softening Point*°CASTM E28
Ash Content*%ASTM D4574
Acid No*mg KOH/g32-WI-306
Bromine no*g/100gASTM D1159
Saponification number*mg KOH/gSOP-32-WI-308
FTIR Study*-ASTM D2702
Silane
Ash Content%ISO 28641
Residue on Ignition%ASTM D6740
Sulfur Content%ASTM D6741
FTIR Study--ASTM D2702
Stearic Acid
Acid Nomg KOH/g32-WI-306
Ash Content%ISO 28641
Metal Contentmg/KgSOP: 32-WI-300
pH--ISO 28641
Saponification numbermg KOH/gSOP-32-WI-308
FTIR Study--ASTM D2702
Fatty Acid Composition-C16%SOP-32-WI-310
Fatty Acid Composition-C18%SOP-32-WI-310
Drop Melting point*°CASTM D127
Iodine no*g/100gHASETRI method
Nickel content*%32-WI-300
Refractive index*-ASTM D1218
Sulfur
Acidity%ISO 8332
Ash Content%ASTM D4574/ ISO 8332
Melting Point%ASTM D1519
Oil Content% ASTM D4573/ IS 14127/ ISO 8332
Percent Insoluble%IS 14127/ ISO 8332
Percent Reversion%IS 14127/ ISO 8332
Percent Sulfur%ASTM D4578/ ISO 8332
Soluble sulfur content%ISO 8332
Volatile content%ASTM D4571/ ISO 8332
Wet Sieve Residue%ASTM D4572/ ASTM D5461/ ISO 8332
Titanium oxide
Ash Content%ASTM D1208
Loss on ignition%ASTM D1208
Moisture Content%ASTM D280/ ASTM D1394
pH--ASTM D1208
Wax
Ash Content%ISO 28641
Carbon Chain distribution%ASTM D5442
Drop Melting point°CASTM D127
Congealing point*°CASTM D938
Refractive index*-ASTM D1218
FTIR Study--ASTM D2702
Zinc Oxide
Ash Content%ISO 28641
Metal Content%SOP: 32-WI-300
Moisture Content%ASTM D280/ ASTM D4315
pH--ASTM D1208/ ISO 28641
Wet Sieve Residue%ASTM D5461
Zinc Oxide content%ASTM D3280/ ASTM D4315
Lead content*%32-WI-300
Cadmium content*%32-WI-300
Total Sulfur*%ASTM D6741
Nitrogen Surface Area*m2/gASTM D1993
Color comparison*--ASTM D2616
FTIR Study--ASTM D2702
DBD
Ash Content*%ASTM D4574
Moisture by KF moisture*%IS 2362
Wet Sieve Residue*%ASTM D4572
FTIR Study*--ASTM D2702
Cobalt Stearate
Cobalt Content*%IS 2766
Final Melting Point*°CASTM E794
Heat Loss*%ASTM D4571
Heptane Insolubles*%ASTM D1766
FTIR*-ASTM D2702
Wood Rosin/Gum Rosin
Softening Point by Ring and Ball*°CASTM E28
Ash Content*%ASTM D4574
Acid No.*mg KOH/g32-WI-306
Solubility in Benzol (Only for wood Rosin)*%ASTM D1766
Iodine No.*g/100gHASETRI method
FTIR*-ASTM D2702
MgO
MgO Content*%HASETRI method
Ash Content*%ASTM D4574
Sieve Residue @ 325 mesh*%ASTM D4572
Nitrogen Surface Area*m2/gASTM D1993
CaO Content*%HASETRI method
Resorcinol
Freezing Point*°CASTM D2386
Ash Content*%ASTM D4574
Purity*%ASTM D4937
FTIR*-ASTM D2702
Oleic Acid
Iodine No.*g/100gHASETRI method
Acid No.*mg KOH/g32-WI-306
Specific Gravity*-ASTM D792
Perkalink
Initial Melting Point*°CASTM D1519
Final Melting Point*°CASTM D1519
Heat Loss*%ASTM D4571
Ash Content*%ASTM D4574
Assay*%ISO 11235
Duralink
Melting Point*°CASTM D1519
Moisture Content by KF*%IS 2362
Sieve Residue @ 100 mesh*%ASTM D4572
Assay by Titration*%ISO 11235
Tyre inner paint
Specific Gravity*-ASTM D1417
Toatal Solid *%ASTM D1417
pH*--ISO 28641
Suremix
Zn Content*%32-WI-300
Ash Content*%ASTM D4574
pH*--ISO 28641
Softening Point by Ring and Ball*°CASTM E28
FTIR*-ASTM D2702

Latex

ProductTestUnitMethod
Latex
Mooney ViscosityMUASTM D1417
Nitrogen Content%ISO 1656
pH--ASTM D1417
Total Solid Content%ASTM D1417

Reinforcement

ProductTestUnitMethod
Reinforment cord
Coating weight-Steel wire%ASTM D2969
Coating weight-Bead wire%ASTM D2969
Composition in coating-Steel Wire%ASTM D2969
Composition in coating-Bead Wire%ASTM D2969
Melting point-Organic Cord°CASTM D2969

Coal

ProductTestUnitMethod
Coal
Ash Content%IS 1350-1
Calorific ValueKCal/KgIS 1350-2
Fixed Carbon%IS 1350-1
Moisture Content%IS 1350-1
Sulfur Content%ASTM D4239
Volatile Matter%IS 1350-1

Finish Pdt

ProductTestUnitMethod
Rubber Compound
Antidegredant Content%SOP 32-WI-304
Ash Content%ASTM D6370/ ASTM D297/ ISO 9924-1/ ISO 9924-2/ ISO 9924-3
SBR/BR blend ratio%SOP-31-WI-703
Carbon Black Content%ASTM D6370/ ISO 9924-1/ ISO 9924-2/ ISO 9924-3
Extractable Content%ASTM D297/ ISO 1407
Glass Transition Temp°CASTM D7426/ ASTM E1356
HCl insoluble ash content%ASTM D297
HCl soluble ash content%ASTM D297
Metal Content%ISO 19050
Polymer Blend Ratio%ASTM D6370/ ISO 9924-1
Polymer Content%ASTM D6370/ ISO 9924-1/ ISO 9924-2/ ISO 9924-3
Silica Content%ASTM D297
Sulfur Content%ASTM D1619
Polymer Identification'--ASTM D3677/ ISO 4650
Pb Contentmg/Kg31-WI-312
Cd Contentmg/Kg31-WI-312
Hg Contentmg/Kg31-WI-312
Cr Contentmg/Kg31-WI-312
Mono BB Contentmg/Kg31-WI-311
Di BB Contentmg/Kg31-WI-311
Tri BB Contentmg/Kg31-WI-311
Penta BB Contentmg/Kg31-WI-311
Hexa BB Contentmg/Kg31-WI-311
Hepta BB Contentmg/Kg31-WI-311
Octa BB Contentmg/Kg31-WI-311
Nona BB Contentmg/Kg31-WI-311
Deca BB Contentmg/Kg31-WI-311
Polymer Identification by GC--ASTM D3452

Highlights

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