|
Code
|
Description
|
|
CA1
|
Analytical
|
|
CA1a
|
Both
Conventional & Spectroscopic
|
|
CA1c
|
Qualitative
|
|
CA1d(i)
|
Hydrogen, Oxygen,
Nitrogen content in metal sample
|
|
CA2
|
FTIR spectra
-
Range: 400-4000cm-1,
Sample type: solid powder or liquid
|
|
CA3
|
UV-visible
spectra (liquid sample only)
|
|
|
Corrosion Tests |
|
CT1
|
Salt spray
test
|
|
CT2
|
Copper strip
corrosion test
|
|
CT3
|
Stress
corrosion test
|
|
CT4
|
Wheel test for
inhibitor
|
|
CT5
|
Hydrogen
permeation test (Ambient temp.)
|
|
CT6
|
Exfoliation corrosion
(EXCO) test for Aluminum alloys
|
|
CT7
|
Intergranular corrosion
susceptibility in stainless steels
|
|
CT7a
|
Oxalic acid etching
|
|
CT7b
|
Ferric Sulfate- Sulfuric
acid
|
|
CT7c
|
Boiling nitric acid test
|
|
CT7d
|
Copper sulfate- sulfuric
acid
|
|
CT7e
|
Copper sulfate- sulfuric
acid
|
|
CT8
|
Stress corrosion cracking
test in boiling magnesium chloride
|
|
CT9
|
Pitting and crevice
corrosion resistance of stainless steels and related
alloys by use of ferric chloride solution
|
|
|
Physical Property
Evaluation |
|
ME1
|
Impact test on
Notched Charpy
|
|
ME1a
|
At room temp.
on prepared specimen
|
|
ME1b
|
At sub-zero
temperature up to –50 deg. C on prepared sample
|
|
ME1c
|
Extra charge
for charpy sample preparation
|
|
ME2
|
Hardness tests
|
|
ME2a
|
Hardness tests
by Vicker/Brinell/Rockwell/Pyramid hardness test
|
|
ME2b
|
Microhardness
test
|
|
ME2c
|
Nanoindentation
|
|
ME3
|
Tensile Test
|
|
ME3a
|
At room
temperature on prepared sample
|
|
ME3b
|
At high
temperature up to 750 ºC on prepared sample
|
|
ME3c
|
Sub-zero temp.
up to –50 ºC on prepared sample
|
|
ME4
|
Compression
Test
|
|
|
At room temp.
on prepared sample (cube or cylinder)
|
|
ME5
|
Fracture
Toughness
|
|
ME5a
|
Fracture
toughness test (Kic) at RT on prepared
specimen
|
|
ME5c
|
Fracture
toughness test (Jic) at RT on prepared
specimen
|
|
ME5b
|
Fracture
toughness test (Kic) at HT (up to 300º C)
on prepared specimen
|
|
ME5d
|
Fracture
toughness test (Jic) at HT (up to 300º C)
on prepared specimen
|
|
ME5e
|
Extra charge
for preparing test samples
|
|
ME6
|
Fatigue test
and FCGR
|
|
ME6a
|
High cycle
fatigue tests
|
|
ME6b
|
S-N curve
generation (20 specimens will be tested)
|
|
ME6c
|
Low cycle
fatigue at RT
|
|
ME6d
|
Low cycle fatigue at 300oC
|
|
ME6e
|
Low cycle fatigue at -50
oC
|
|
|
Low cycle
fatigue above 300 and up to 600 ºC on prepared
specimens
|
|
ME6f
|
Extra charge
for fatigue sample preparation
|
|
ME6g
|
Fatigue crack
growth at RT on prepared specimen
|
|
|
Extra charge
for FCGR specimen making
|
|
ME7
|
Creep Test
|
|
ME7a
|
Stress rupture
test in multi-specimen creep testing machine up to
700 ºC on prepared specimen
|
|
ME7b
|
Creep test in
single specimen creep testing machine up to 700 ºC
on prepared specimen
|
|
ME7c
|
Creep or
stress rupture test above 1000 ºC (Max.1100 ºC) on
prepared specimen
|
|
ME7d
|
Specimen
making charge
|
|
|
Melting services and related
material characterization |
|
MS1a
|
Vacuum
Induction melting
|
|
MS1b
|
Vacuum
Induction melting
|
|
MS2
|
Air melting
|
|
MS3
|
Arc Furnace
melting (50 KVA)
|
|
MS4a
|
Submerged Arc
melting (50 KVA)
|
|
MS4b
|
Submerged Arc
melting (175KVA)
|
|
MS5
|
Vacuum
Induction melting
|
|
MS6
|
Softening
Melting
|
|
MS7
|
Physical Tests
|
|
MS7a
|
RI
|
|
MS7b
|
RDI
|
|
MS7c
|
TDI
|
|
MS7d
|
Decrepitation
of lime
|
|
MS7e
|
Bend Test
|
|
MS7f
|
Flattering
Test
|
|
MS7g
|
Compression
Test
|
|
MS8
|
Refractory
Tests
|
|
MS8a
|
Particle Size
determination
|
|
MS8b
|
CCS
|
|
MS8c
|
Modulus of
rupture
|
|
MS8d
|
Thermal
Conductivity test
(0-
1500)0C
|
|
|
AP/Sp.Gr./BD
|
|
MS8e
|
High temp.
Creep
|
|
MS8f
|
Hot
MoR
|
|
|
Microstructural Characterization |
|
MC1
|
Metallography
|
|
MC1a
|
Examination of
microstructure and macrostructure including cutting,
grinding and preparing the specimen and
interpretation of results with
photograph
|
|
MC1b
|
Metallography
(quantitative)
|
|
MC2
|
SEM
|
|
MC2a
|
SEM + EDX
analysis
|
|
MC2b
|
SEM + EBSD
|
|
MC2c
|
FEG SEM
|
|
MC2d
|
FFG SEM + EBSD
|
|
MC3
|
XRD
|
|
MC3a
|
Qualitative
XRD
|
|
MC3a(i)
|
Qualitative
X-ray diffraction for normal 2 deg./m diffractogram
(without interpretation)
|
|
MC3a(ii)
|
Identification
(presence/absence of up to 5 specified phases)
|
|
MC3a(iii)
|
Identification
(presence/absence of each additional phases)
|
|
MC3b
|
Quantitative
estimation of crystalline phases (standard to be
given by party)
|
|
MC3c
|
Particle size
(crystallite size)
|
|
MC3d
|
Residual
Stress
|
|
MC3d(i)
|
Residual
stress on ferrous sample (quantitative) when XEC of
material are available
|
|
MC3d(ii)
|
Residual
stress on non-ferrous sample (quantitative) when XEC
of material are available
|
|
MC3d(iii)
|
Determination
of X-ray Elastic constants
|
|
MC3d(iv)
|
Residual
stress on-site in-situ components
|
|
MC3d(v)
|
Structure
determination and lattice parameter measurement of
crystalline constituents
|
|
MC4
|
TEM examination
plus EDAX micro-analysis
|
|
MC5
|
AFM
|
|
MC5a
|
Contact AFM
|
|
MC5b
|
Non-Contact AFM
|
|
MC5c
|
MFM
|
|
MC5d
|
STM
|
|
MC5e
|
VE-AFM
|
|
MC5f
|
VE-DFM
|
|
MC5g
|
LM-FFM
|
|
MC5h
|
EC-STM
|
|
MC6
|
EPMA (WDS
Analysis)
|
|
MC6a
|
Point/Line
analysis
|
|
MC6b
|
Element
Mapping
|
|
|
Mineral Processing &
Characterization |
|
MN1a
|
BET surface
area only
|
|
MN1b
|
Complete BET
analysis including BET surface area, mesopore size
distribution, pore volume and average pore diameter
|
|
MN2
|
Particle size: Aqueous
suspension
|
|
MN3
|
Zeta potential: Aqueous
suspension
|
|
MN4
|
Mineral
Characterisation
|
|
MN4a
|
identification only
|
|
MN4b
|
only Optical
Microscopy
|
|
MN4c
|
Optical
microscopy, liberation
|
|
MN4d
|
including
XRD,SEM Etc
|
|
MN5
|
Carbon coating
|
|
MN6
|
Ash Fusion
temperature (AFT) Tests
|
|
MN7
|
DTA & TG
Analysis
|
|
MN8
|
Complete
laboratory (bench) scale mineral processing
investigation involving studies for separation of
one mineral including petrology and chemical
analysis - Exact charges will be decided based on
the exact scope of study, manpower involvement,
equipment utilised etc)
|
|
MN9
|
Development of
flow sheet with mass balance, schematic layout,
listing of equipment etc. based on bench scale
studies
|
|
MN10
|
Compete
laboratory scale mineral processing investigation
involving studies for separation of two or more
minerals including petrology and chem. Analysis -
Exact charges will be decided based on the exact
scope of study, manpower involvement, equipment
utilised etc)
|
|
MN11
|
Development of
flow sheet with mass balance, schematic layout,
listing of equipment etc. based on bench scale
studies for two or more minerals
|
|
MN12
|
Pelletization
Studies
|
|
MN13
|
Lab scale
tests/studies of a single mineral processing unit
operation under pre-determined conditions including
material preparation, reagent cost (if any) and
chemical analysis of maximum 4 radicals
|
|
MN13a
|
Only Flotation
as project mode (Batch, Limited)
|
|
MN13b
|
Tabling (batch
expt., limited)
|
|
MN13c
|
Jigging (Batch
expt., Limited)
|
|
MN13d
|
Spiralling(batch expt., Limited)
|
|
MN13e
|
Electrostatic
separation (batch expt., Limited)
|
|
MN13f
|
Magnetic
separation – Dry (batch expt., Limited)
|
|
MN13g
|
Magnetic
separation –wet (batch expt.,Limited)
|
|
MN13h
|
Floatex
Gravity separation
|
|
MN14a
|
Bond’s work
index determination- Ball Mill
|
|
MN14b
|
Bond’s work
index determination-Rod Mill
|
|
MN15
|
Hardgroove
Grindability Index (HGI)
|
|
MN16
|
Filtration
Studies -Leaf
|
|
MN17
|
Filtration
Studies -Drum
|
|
MN18
|
Filtration
Studies -Pressure
|
|
MN19
|
Settling
studies
|
|
MN20
|
Heavy media
test (3 diff. Densities upto 3.3)– for mineral
|
|
MN21
|
Washability
Tests for Coal for one size range upto 0.5 mm
|
|
MN22
|
Crushing
strength
|
|
MN23
|
Size analysis
|
|
MN23a
|
size analysis
(cyclosizing)
|
|
MN23b
|
size analysis
(instrumental- laser, 2mm to 1 micron)
|
|
MN23c
|
size analysis
(200 mm to 325 mesh) dry or wet Screening
|
|
MN23d
|
sample
preparation only (10 mesh to 200 mesh)
|
|
MN23e
|
|
|
MN23f
|
Bulk sample preparation after
grinding (50 Kg)
|
|
MN24
|
Magnetic
separation (LIMS/ WHIMS) at fixed intensity
|
|
MN25
|
Attrition
scrubbing -
sample
preparation (200mm to 200 mesh)
|
|
MN26
|
Tumbler test
|
|
MN27
|
Shatter test
|
|
MN28
|
Grindability
test
|
|
MN29
|
Hydrocyclone
Studies
|
|
MN30
|
Multigravity
separation Studies
|
|
MN31
|
Duplex
concentrator Studies
|
|
MN32
|
BM Vanner
Studies
|
|
MN33
|
Davis Tube
Magnetic separation studies
|
|
MN34
|
Mineral
separator Studies
|
|
MN35
|
Falcon
Concentrator
|
|
MN36
|
Bulk density/Sp.Gr
|
|
MN37
|
Viscosity
measurement
|
|
MN38
|
Zeta potential
measurement (below 25 micron), ZPC
|
|
MN39
|
Porosity
measurement
|
|
MN40
|
Surface
tension Measurement (Liquid sample)
|
|
MN41
|
Contact
angle measurement (Powder sample) |
|
MN42
|
Proximate
analysis of coal
|
|
MN43
|
Turbidity
measurement
|
|
MN44
|
Pilot Plant
Scale Investigations
|
|
MN44a
|
Complete pilot
plant scale mineral beneficiation investigation
(quantity of ore to be specified by NML) Exact
charges will be decided based on the exact scope of
study, manpower involvement, equipment utilised etc)
Contact angle
measurement (Powder sample)
|
|
MN44b
|
Development of
flow sheet with mass balance, schematic layout,
listing of equipment etc. Based on pilot plant
studies
|
|
MN44c
|
Pot sintering
studies (including studies on variation of basicity,
moisture, return fines & coke breeze), size and
chemical analysis of ingredients, shatter & tumbler
strength of sinter, reducibility, RDI, TDI,
Softening & Chemical analysis of 2 selected sinter
samples
|
|
MN44d
|
Briquetting
Studies
|
|
MN45
|
Pilot plant
scale study of a single unit operation under
predetermined conditions including chemical analysis
|
|
MN45a
|
magnetic
separation (dry or wet) (ore to
be treated not more than 500 kg)
|
|
MN45b
|
Tabling (ore
to be treated not more than 500 kg)
|
|
MN45c
|
Spiral
Concentration (ore to be treated not more than 500
kg
|
|
MN45d
|
Scrubbing and
classification (Not more than 1 tonne)
|
|
MN45e
|
Crushing and
screening (ore to be treated not more than 1 tonne)
|
|
MN45f
|
Jigging (ore
to be treated not more than 500 kg)
|
|
MN45g
|
BM separator
(ore to be treated not more than 100 kg)
|
|
MN45h
|
Cross Belt
concentrator (ore to be treated not more than 100
kg)
|
|
MN45i
|
Pelletization
(not more than 100 kg)
|
|
|
Non-destructive Evaluation |
|
ND1a
|
Ultrasonic
flaw detection
|
|
ND1b
|
Ultrasonic
thickness measurement
|
|
ND1c
|
Ultrasonic
C-Scan measurement
|
|
ND1d
|
Modulus of
elasticity measurement by Ultrasonic
|
|
ND1e
|
Ultrasonic
flaw detection by TOFD
|
|
ND1f
|
Ultrasonic
flaw detection by Phased array
|
|
ND2
|
Radiography
|
|
ND3
|
Eddy current
testing
|
|
ND4
|
Magnetic
Barkhausen emission
|
|
|
Physical Property Evaluation |
|
PE1
|
Magnetic
Property Measurement using ring specimen having
dimension: OD=30mm, ID=20mm, thickness=5mm
|
|
PE1a
|
D.C. magnetic
testing of soft magnetic materials (ring shaped) &
determination of maximum permeability, coercive
force, remanence and magnetic induction.
|
|
PE1b
|
A.C. B-H.
Loop
& determination of Coercive force, maximum
permeability, core loss
|
|
PE2
|
Vibrating
sample magneto meter (Maximum magnetic field 12kG)
|
|
PE2a
|
Room Temp.
Magnetisation
|
|
PE2b
|
High temp
magnetisation (RT to 1000oC)
|
|
PE2c
|
Low temp
magnetisation (-193oC
to 150oC)
|
|
PE2d
|
Temperature
variation (RT to 1000oC) of magnetisation
& Curie temperature measurement
|
|
PE2e
|
Temperature
variation (-193oC to 150oC) of
magnetisation
|
|
PE3
|
Thermal
properties Evaluation
|
|
PE3a
|
Temperature
variation of electrical resistivity (Room temp to
1000oC)
|
|
PE3b
|
Temperature
variation of electrical resistivity (-193oC
to 150oC)
|
|
PE3c
|
Differential scanning
calorimetry (DSC) from RT to 700 oC
|
|
PE3d
|
Specific heat
up to 500oC using Differential Scanning
Calorimeter (DSC)
|
|
PE3e
|
Thermal
diffusivity using laser flash apparatus. Sample
diameter: 12.5mm. Thicknes:3.5mm
|
|
PE3f
|
Specific heat
and Thermal Conductivity using laser flash
apparatus. Sample diameter: 12.5mm. Thicknes:3.5mm
|
|
PE3g
|
Thermogravimetric analyser (TGA)/ Differential
Thermal analyser (DTA)
|
|
|
Processing and Heat Treatment |
|
PT1
|
Vac. Hot Press
(Tmax 1200 oC,
Loadmax 4 Ton)
|
|
PT1a
|
i) Each test –
High density Graphite Die-Punch to be provided by he
party)
|
|
PT1b
|
ii) Brazing
using above
|
|
PT2
|
Mechanical
Processing
|
|
PT2a
|
Forging (0.1
MT for Cold Material)
|
|
PT2b
|
Forging
(0.5 – 1.0 MT for Cold Material)
|
|
PT2c
|
Forging
(Hot Material)
|
|
PT2d
|
Cold Rolling
|
|
PT2e
|
Hot Rolling
|
|
PT2f
|
Extrusion
(only Al and Mg alloys)
|
|
PT2g
|
Wire drawing
M/C (Bench Draw) Wire drawing M/C (Drum Draw)
|
|
PT3
|
Heat Treatment
|
|
PT3a
|
Heat treatment
(<1000 oC up to 8 h)
|
|
PT3b
|
Heat treatment
(1000-1200 oC up to 8 h)
|
|
|
Water
Analysis
Analytical
charges for ground water/ drinking water/ effluent
water analysis at NML water laboratory |
|
WA1
|
Package A (Physico-chemical)
: Colour , PH, Conductivity, Acidity/alkanity, Total
dissolved solids, Total suspended solids, Chloride,
Iron (total), Calcium as CaCO3, Magnesium
as MgCO3, Manganese, Zinc
|
|
WA2
|
Package B
(Anions) : Fluoride, Nitrate, Chloride, Sulphate,
Bromide, Phosphate, Iodide
|
|
WA3
|
Package C (Cations):
Iron (total), Nickel, Chromium (total), Lead,
Manganese, Cadmium, Zinc, Calcium, Copper, Cobalt
|
|
WA4
|
Analysis of
specific parameter in package A, B and C
|
|
WA5
|
Special
analysis: Total arsenic As(II) and As(V)
|
|
|
Miscellaneous Tests |
|
EN1
|
Code &
heat-treatment (Heat treatment to diffuse hydrogen
out of weld test pieces)
|
|
EN2
|
Coating
moisture test (loss in wt. At 120oC for
30 minutes)
|
|
|
NML
MADRAS
CENTRE
|
|
|
Temperature Calibration |
|
MC1
|
Platinum-Rhodium Thermocouples, Types-B/S/R/N (200
to 1500oC)
|
|
MC 2
|
Platinum-Rhodium Thermocouples, Types-B/S/R/N (200
to 1200oC)
|
|
MC 3
|
Chromel-Alumel,
Type: K Thermocouple (100 to 1200oC)
|
|
MC 4
|
Iron-Constantan, Type: J Thermocouple (30 to 600oC)
|
|
MC 5
|
Copper-Constantan, Type: T Thermocouple (30 to 400oC)
|
|
MC 6
|
Resistance
Thermal Detectors Pt. 100 RTD (0 to 600oC)
|
|
MC 7
|
Resistance
Thermal Detectors Pt 1000 (-20 to 600 oC)
|
|
MC 8
|
Dry block
calibrators, furnaces, ovens etc. (30 to 600 oC)
(At NML)
|
|
MC 9
|
Dry block
calibrators, furnaces, ovens etc. (30 to 1200 oC)
(At NML)
|
|
MC 10
|
Milli Volt
meter (source & measure) Voltage -20 to 200 mV
|
|
MC 11
|
Ohm Meter
(source & measure) Resistance 0 to 500 ohms
|
|
MC 12
|
Temperature
indicators, temperature controllers or both digital
and analog (Temperature 0 to 2200 oC)
|
|
|
Chemical tests |
|
MC 13
|
Chemical
analysis of metals and alloys by optical emission
spectrometer (OES)
|
|
MC 14
|
Chemical
analysis using atomic absorption spectrometer (AAS)
|
|
MC 15
|
Chemical
analysis by wet chemical method
|
|
|
Corrosion tests |
|
MC 16
|
Coating
thickness measurement by coating thickness meter
|
|
MC 17
|
Corrosion
testing by weight loss measurements
|
|
MC 18
|
Corrosion
testing by polarization and electrochemical
impedance studies
|
|
MC 19
|
Surface
profile measurement using Mitutoyo Surfjet 301
surface profilometer
|
|
|
Instrumental Analysis |
|
MC 20
|
Particle Size
Analysis
|
|
MC 21
|
BET Surface
Area Measurement
|
|
MC 22
|
Zeta Potential
|
|
MC 23
|
CHNS
|
|
MC 24
|
TOC
|
|
|
Metallurgical tests |
|
MC 25
|
Optical
Microscopy of Metallic Materials (excluding sample
preparation)
|
|
26
|
Optical
Microscopy of Metallic Materials (including sample
preparation)
|
|
MC 27
|
Macrostructure
|
|
MC 28
|
Micro-hardness
(Vickers 5 g to 1 kg)
|
|
MC 29
|
Macro-hardness
(Brinell-187.5, 750, 3000 kgf; Vickers -
upto 50 kgf; Rockwell – A,B,C scales and
superficial scale)
|
|
|
Metallurgical Inspection
|
|
MC 30
|
Expert opinion
on the basis of visual inspection at site for
metallurgical consignments (upto 3 containers)
For each
additional container
|
|
MC 31
|
Expert opinion
on the basis of visual inspection at site for bulk
cargo (upto 1000 tonnes)
For each
additional 1000 tonnes
|
|
|
Tiles tests (Cement tiles) |
|
MC 32
|
Water
absorption (IS: 1237) Full size
|
|
MC 33
|
Abrasion
Resistance (IS:1237) Full size
|
|
MC 34
|
Wet Transverse
Strength (IS:1237) Full size
|
|
MC 35
|
Flatness
(IS:1237) Full size
|
|
MC 36
|
Co-efficient
of friction (ASTM: E-303) Full size
|
|
MC 37
|
Colour fading
(DIN: 51049) Full size
|
|
|
Tiles tests (Pavement block) |
|
MC 38
|
Compressive
Strength (BS: 6717) Full size
|
|
MC 39
|
Water
Absorption (IS: 1237) Full size
|
|
MC 40
|
Abrasion
Resistance (IS: 1237) Full size
|
|
MC 41
|
Skid
Resistance (ASTM: E 303) Full Size
|
|
MC 42
|
Colour fading
(DIN: 51094) Full Size
|
|
|
Tiles tests (Ceramic
Tiles/Vitrified Tiles) |
|
MC 43
|
Dimension and
Surface Quality (IS:13630) Full size
|
|
MC 44
|
Water
Absorption (IS:13630) Full size
|
|
MC 45
|
Modulus of
Rupture (IS: 13630) Full size
|
|
MC 46
|
Chemical
Resistance (IS:13630) Full size
|
|
MC 47
|
Abrasion
Resistance (IS: 13630) Full size
|
|
MC 48
|
Co-efficient
of Friction (ASTM: E 303) Full size
|
|
MC 49
|
Color Fading
(DIN: 51094) Full size
|
|
|
Tiles tests (Granite ASTM:C-615) |
|
MC 50
|
Absorption,
SP.Gravity, Density (ASTM:C-97) 50x50x50 mm
|
|
MC 51
|
Compressive
strength (ASTM C-170) 50.8x50.8x50.8 mm
|
|
52
|
Flexural
Strength (ASTM C-880) 381.0x102.0x32.0 mm
|
|
MC 53
|
Modulus of
Rupture (ASTM: C-99) 203.2 x 101.6x57.2 mm
|
|
MC 54
|
Abrasion
Resistance (ASTM:C-241/IS:1237) 50.8x50.8x25.4/ 70 x
70 x 25 mm
|
|
MC 55
|
Skid
Resistance (ASTM:E 303) 300.00 x 300.00 x 25.0 mm
|
|
MC 56
|
Petrography
50.0 x 50.0 x 50.0 mm
|
|
|
Tiles tests (Marble ASTM : C-503) |
|
MC 57
|
Absorption,
Sp. Gravity, Density (ASTM:C-97) 50.0x50.0x50.0 mm
|
|
MC 58
|
Compressive
Strength (ASTM:C-170) 50.8x50.8x50.8 mm
|
|
MC 59
|
Flexural
Strength (ASTM:C-880) 381.0x102.0x32.0 mm
|
|
MC 60
|
Modulus of
Rupture (ASTM:C-99) 203.2 x 101.6 x 57.2 mm
|
|
MC 61
|
Abrasion
Resistance (ASTM:C 241 / IS:1237) 50.8x50.8x25.4 /
70 x 70 x 25 mm
|
|
MC 62
|
Skid Resistance
(ASTM E-303) 300.0 x 300.0 x 25.0 mm |
|
MC 63
|
Petrography 50.0
x 50.0 x 50.0 mm, Skid
Resistance (ASTM E-303) 300.0 x 300.0 x 25.0 mm
|
|
|
Tiles test (Slate-ASTM:C-629) |
|
MC 64
|
Water
Absorption (ASTM C-121) 101.6 x 101.6 x 7.9 mm
|
|
MC 65
|
Modulus of
Rupture (ASTM:C-120) Structural 305 x 38.1 x 25.4
Roofing 101.6x 101.6 x 6.4
|
|
MC 66
|
Abrasion
Resistance (ASTM:C-241 / IS:1237) 50.8x50.8x25.4 /
70x70x25
|
|
MC 67
|
Skid
Resistance (ASTM: E 303) 300.0x300.0x25.0
|
|
MC 68
|
Petrography
50.0 x 50.0 x 50.0 mm
|
