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* Use of OEM name does not imply products are of OEM origin
Dried Basis Value () Indicates reference or information only value.
| Proximate analysis | ASTM method |
| % Ash | D3174/D7582 |
| % Volatile matter | D3175/D7582 |
| BTU/lb | D5865 |
| % Sulfur | D4239 |
| % Fixed carbon (calculated) | D3172 |
| Mineral analysis | ASTM method |
| % Silica | D4326/D6349 |
| % Alumina | D4326/D6349 |
| % Titania | D4326/D6349 |
| % Ferric Oxide | D4326/D6349 |
| % Calcium Oxide | D4326/D6349 |
| % Magnesium Oxide | D4326/D6349 |
| % Potassium | D4326/D6349 |
| % Sodium Oxide | D4326/D6349 |
| % Sulfur Trioxide | D4326/D6349 |
| % Phosphorus Pentoxide | D4326/D6349 |
| % Strontium Oxide | D4326/D6349 |
| % Barium Oxide | D4326/D6349 |
| % Chlorine | D4208/D6721 |
| % Manganese Oxide | D4326/D6349 |
| % Fluorine | D3761/D5987 |
| Sulfur Forms | ASTM method |
| % Pyritic (3.03) | D2492 |
| % Organic (calculated) | D2492 |
| % Sulfate | D2492 |
Ash Fusion Temperature, (reducing / oxidising), for initial deformation, softening, hemispherical, fluid/final. Degrees F ASTM D1857.
OEM Part No: The use of the OEM part numbers is intended for convenience only and does not imply that the products are of OEM origin. All Elemental Microanalysis products are guaranteed to be of high quality and are deemed to be suitable alternatives. All OEM trade marks acknowledged.
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