Shipment details
No Dangerous Good /not restricted
Contents
Analyte
CAS Number
Concentration
Unit
Additional information
Method Ash
5,54 ± 0,15
%
Proximate Analysis
D3174/D7582
[7440-44-0]
86,20 ± 1,11
%
Proximate Analysis
D5373
Volatile matter
17,58 ± 0,83
%
Proximate Analysis
D3175/D7582
Hydrogen (H)
[1333-74-0]
4,36 ± 0,27
%
Proximate Analysis
D5373
Fixed Carbon (calculated)
~76,88
%
Proximate Analysis
D3172
[7727-37-9]
1,20 ± 0,18
%
Proximate Analysis
D5373
[7704-34-9]
0,76 ± 0,03
%
Proximate Analysis
D4239
Oxygen (calculated)
~1,94
%
Proximate Analysis
D3176
BTU/Lb
14829 ± 108
Proximate Analysis
D5865
MAF/DAF BTU
15679 ± 106
Proximate Analysis
D3180
[112945-52-5]
34,75 ± 3,88
%
Mineral analysis Wt.%
D4326/D6349
Alumina
20,13 ± 1,08
%
Mineral analysis Wt.%
D4326/D6349
Titania
1,10 ± 0,18
%
Mineral analysis Wt.%
D4326/D6349
Sulfate
0,09 ± 0,03
%
Mineral analysis Wt.%
D2492
Ferric Oxide
13,60 ± 0,86
%
Mineral analysis Wt.%
D4326/D6349
[1305-78-8]
12,76 ± 1,00
%
Mineral analysis Wt.%
D4326/D6349
[1313-59-3]
0,46 ± 0,07
%
Mineral analysis Wt.%
D4326/D6349
[7446-11-9]
13,45 ± 1,13
%
Mineral analysis Wt.%
D4326/D6349
[1314-56-3]
~0,08 ± 0,04
%
Mineral analysis Wt.%
D4326/D6349
[1314-11-0]
0,30 ± 0,07
%
Mineral analysis Wt.%
D4326/D6349
[1304-28-5]
0,23 ± 0,01
%
Mineral analysis Wt.%
D4326/D6349
Manganese Oxide
0,06 ± 0,01
%
Mineral analysis Wt.%
D4326/D6349
Potassium Oxide
1,13 ± 0,07
%
Mineral analysis Wt.%
D4326/D634
Undetermined (calculated)
~0,1
%
Mineral analysis Wt.%
Pyritic
0,13 ± 0,01
%
Sulfur Forms
D2492
Organic (calculated)
~0,54
%
Sulfur Forms
D2492
Sulfate
0,09 ± 0,03
%
Sulfur Forms
D2492
Initial deformation
2201
Degrees F
Ash FusionTemperature / ASTM D1857 (Reducing)
Initial deformation
2378
Degrees F
Ash FusionTemperature / ASTM D1857 (Oxidizing)
Softening
2346
Degrees F
Ash FusionTemperature / ASTM D1857 (Reducing)
Softening
2427
Degrees F
Ash FusionTemperature / ASTM D1857 (Oxidizing)
Hemispherical
2454
Degrees F
Ash FusionTemperature / ASTM D1857 (Reducing)
Hemispherical
2454
Degrees F
Ash FusionTemperature / ASTM D1857 (Oxidizing)
Fluid/Final
2437
Degrees F
Ash FusionTemperature / ASTM D1857 (Reducing)
Fluid/Final
2496
Degrees F
Ash FusionTemperature / ASTM D1857 (Oxidizing)
[7782-50-5]
~0,0883 ± 0,002
%
D4208/D6721
Analyte
Ash
CAS Number
Concentration
5,54 ± 0,15
Unit
%
Additional information
Proximate Analysis
Method
D3174/D7582
Analyte
Carbon (C)
CAS Number
[7440-44-0]
Concentration
86,20 ± 1,11
Unit
%
Additional information
Proximate Analysis
Method
D5373
Analyte
Volatile matter
CAS Number
Concentration
17,58 ± 0,83
Unit
%
Additional information
Proximate Analysis
Method
D3175/D7582
Analyte
Hydrogen (H)
CAS Number
[1333-74-0]
Concentration
4,36 ± 0,27
Unit
%
Additional information
Proximate Analysis
Method
D5373
Analyte
Fixed Carbon (calculated)
CAS Number
Concentration
~76,88
Unit
%
Additional information
Proximate Analysis
Method
D3172
Analyte
Nitrogen (N)
CAS Number
[7727-37-9]
Concentration
1,20 ± 0,18
Unit
%
Additional information
Proximate Analysis
Method
D5373
Analyte
Sulfur (S)
CAS Number
[7704-34-9]
Concentration
0,76 ± 0,03
Unit
%
Additional information
Proximate Analysis
Method
D4239
Analyte
Oxygen (calculated)
CAS Number
Concentration
~1,94
Unit
%
Additional information
Proximate Analysis
Method
D3176
Analyte
BTU/Lb
CAS Number
Concentration
14829 ± 108
Unit
Additional information
Proximate Analysis
Method
D5865
Analyte
MAF/DAF BTU
CAS Number
Concentration
15679 ± 106
Unit
Additional information
Proximate Analysis
Method
D3180
Analyte
Silica
CAS Number
[112945-52-5]
Concentration
34,75 ± 3,88
Unit
%
Additional information
Mineral analysis Wt.%
Method
D4326/D6349
Analyte
Alumina
CAS Number
Concentration
20,13 ± 1,08
Unit
%
Additional information
Mineral analysis Wt.%
Method
D4326/D6349
Analyte
Titania
CAS Number
Concentration
1,10 ± 0,18
Unit
%
Additional information
Mineral analysis Wt.%
Method
D4326/D6349
Analyte
Sulfate
CAS Number
Concentration
0,09 ± 0,03
Unit
%
Additional information
Mineral analysis Wt.%
Method
D2492
Analyte
Ferric Oxide
CAS Number
Concentration
13,60 ± 0,86
Unit
%
Additional information
Mineral analysis Wt.%
Method
D4326/D6349
Analyte
Calcium oxide
CAS Number
[1305-78-8]
Concentration
12,76 ± 1,00
Unit
%
Additional information
Mineral analysis Wt.%
Method
D4326/D6349
Analyte
Sodium oxide
CAS Number
[1313-59-3]
Concentration
0,46 ± 0,07
Unit
%
Additional information
Mineral analysis Wt.%
Method
D4326/D6349
Analyte
Sulfur trioxide
CAS Number
[7446-11-9]
Concentration
13,45 ± 1,13
Unit
%
Additional information
Mineral analysis Wt.%
Method
D4326/D6349
Analyte
Phosphorus Pentoxide
CAS Number
[1314-56-3]
Concentration
~0,08 ± 0,04
Unit
%
Additional information
Mineral analysis Wt.%
Method
D4326/D6349
Analyte
Strontium oxide
CAS Number
[1314-11-0]
Concentration
0,30 ± 0,07
Unit
%
Additional information
Mineral analysis Wt.%
Method
D4326/D6349
Analyte
Barium oxide
CAS Number
[1304-28-5]
Concentration
0,23 ± 0,01
Unit
%
Additional information
Mineral analysis Wt.%
Method
D4326/D6349
Analyte
Manganese Oxide
CAS Number
Concentration
0,06 ± 0,01
Unit
%
Additional information
Mineral analysis Wt.%
Method
D4326/D6349
Analyte
Potassium Oxide
CAS Number
Concentration
1,13 ± 0,07
Unit
%
Additional information
Mineral analysis Wt.%
Method
D4326/D634
Analyte
Undetermined (calculated)
CAS Number
Concentration
~0,1
Unit
%
Additional information
Mineral analysis Wt.%
Method
Analyte
Pyritic
CAS Number
Concentration
0,13 ± 0,01
Unit
%
Additional information
Sulfur Forms
Method
D2492
Analyte
Organic (calculated)
CAS Number
Concentration
~0,54
Unit
%
Additional information
Sulfur Forms
Method
D2492
Analyte
Sulfate
CAS Number
Concentration
0,09 ± 0,03
Unit
%
Additional information
Sulfur Forms
Method
D2492
Analyte
Initial deformation
CAS Number
Concentration
2201
Unit
Degrees F
Additional information
Ash FusionTemperature / ASTM D1857 (Reducing)
Method
Analyte
Initial deformation
CAS Number
Concentration
2378
Unit
Degrees F
Additional information
Ash FusionTemperature / ASTM D1857 (Oxidizing)
Method
Analyte
Softening
CAS Number
Concentration
2346
Unit
Degrees F
Additional information
Ash FusionTemperature / ASTM D1857 (Reducing)
Method
Analyte
Softening
CAS Number
Concentration
2427
Unit
Degrees F
Additional information
Ash FusionTemperature / ASTM D1857 (Oxidizing)
Method
Analyte
Hemispherical
CAS Number
Concentration
2454
Unit
Degrees F
Additional information
Ash FusionTemperature / ASTM D1857 (Reducing)
Method
Analyte
Hemispherical
CAS Number
Concentration
2454
Unit
Degrees F
Additional information
Ash FusionTemperature / ASTM D1857 (Oxidizing)
Method
Analyte
Fluid/Final
CAS Number
Concentration
2437
Unit
Degrees F
Additional information
Ash FusionTemperature / ASTM D1857 (Reducing)
Method
Analyte
Fluid/Final
CAS Number
Concentration
2496
Unit
Degrees F
Additional information
Ash FusionTemperature / ASTM D1857 (Oxidizing)
Method
Analyte
Chlorine (Cl)
CAS Number
[7782-50-5]
Concentration
~0,0883 ± 0,002
Unit
%
Additional information
Method
D4208/D6721
Miscellaneous
Certificate of Analysis (specimen)
Reference Material CoA specimen: for the current lot, please contact your customer service representative at info@labmix24.com
Product data sheet
View all available product details e.g. description, analytes/parameters, CAS Number, concentrations/values, sales unit/product format, method, source, transport information
Founded in 1978, Alpha Resources, LLC is a global leader in the manufacture and distribution of consumables and creation of certified reference materials for use in atomic spectroscopy analysis, and is ISO17034, ISO17025, ISO9001:2015 certified.
Alpha Resources manufactures the greatest mix of consumables for combustion analysis offered by any aftermarket supplier in the marketplace. The portfolio includes a wide variety of products compatible with instruments from manufacturers such as Bruker, Elementar, Horiba, Perkin Elmer, Costech, Eltra, LECO, Thermo, Crossings, Gerhardt, PARR, and Velp Scientifica. You’ll find the crucibles, o-rings, reagents, and tubes, along with many other supplies commonly consumed during analysis or regular lab equipment wear, appropriate for your instrument.
Alpha Resources also manufactures an extensive variety of CRMs, including: inorganic, coal, coke, oils, fuels, limestone, soils, organics, nitrogen/protein, feed and grains. Custom blends are possible—Alpha Resources is ISO17025 / ISO 17034 accredited, so industry recognized reliability can be guaranteed.
