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آنالیز سیمان پرتلند تیپ پنج – 325 صنایع سیمان نهاوند:
Remarks | Result | Range of ASTM | Method | Unit | Unit | Test Parameters | No |
---|---|---|---|---|---|---|---|
2.00 | Max 3.0 | ASTM C-114 | % | LOI | Loss on Ignition | 1 | |
21.10 | ASTM C-114 | % | SiO2 | Silicon Dioxide | 2 | ||
4.50 | ASTM C-114 | % | Al2O3 | Aluminium Oxide | 3 | ||
4.50 | ASTM C-114 | % | Fe2O3 | Ferric Oxide | 4 | ||
62.9 | - | ASTM C-114 | % | CaO | Calcium Oxide | 5 | |
1.70 | Max 6.0 | ASTM C-114 | % | MgO | Magnesium Oxide | 6 | |
2.05 | Max 2.30 | ASTM C-114 | % | SO3 | Sulfur Trioxide | 7 | |
0.28 | - | ASTM C-114 | % | Na2O | Sodium Oxide | 8 | |
0.80 | - | ASTM C-114 | % | K2O | Potassium Oxide | 9 | |
0.40 | Max 1.5 | ASTM C-114 | % | IR | Insoluble Residue | 10 | |
53.1 | - | Bouge Method | % | C3S | Tricalcium Silicate | 11 | |
20.3 | - | Bouge Method | % | C2S | Dicalcium Silicate | 12 | |
4.3 | - | Bouge Method | % | C3A | Tricalcium Aluminate | 13 | |
13.7 | - | Bouge Method | % | C4AF | Calcium Alumino Ferrite | 14 | |
0.9 | ISO774 | F.CaO | Free Cao | 15 | |||
Max 3600 | 3200 | Min 2600 | ASTM C-204 | Cm2/gr | Fineness Blaine | 16 | |
10.0% | 45µ | Fineness Sieve | 17 | ||||
0.2 | 90µ | Fineness Sieve | 18 | ||||
26 | - | ASTM C-178 | % | Water for Normal Consistency | 19 | ||
- | - | ASTM C-191 | Setting Time - Vicat Test | 20 | |||
150 | Min 45 | ASTM C-191 | Min | Initinal | 21 | ||
3:30 | Max 375 | ASTM C-191 | Min | Final | 22 | ||
185 | - | ASTM C-109 | kg/cm2 | 2days | Compressive Strength | 23 | |
210 | ASTM C-109 | kg/cm2 | 3days | Compressive Strength | 24 | ||
300 | Min 160 | ASTM C-109 | kg/cm2 | 7days | Compressive Strength | 25 | |
400 | Min 325 | ASTM C-109 | kg/cm2 | 28days | Compressive Strength | 26 | |
0.07 | Max 0.8 | ASTM C-151 | % | Autoclave Expansion | 27 |
Quality Control .Lab ISO/IEC 17025:2005
Interpretation Sample:
Lab Manager: F.Aboulghazi
Factory Manager: H.Sabzali
NCOCL-FO48-R02
آنالیز سیمان پرتلند تیپ پنج – 325 صنایع سیمان نهاوند:
Result | Range of ASTM | Method | Unit | Test Parameters |
---|---|---|---|---|
2.00 | Max 3.0 | ASTM C-114 | LOI% | Loss on Ignition |
21.10 | ASTM C-114 | SiO2% | Silicon Dioxide | |
4.50 | ASTM C-114 | Al2O3% | Aluminium Oxide | |
4.50 | ASTM C-114 | Fe2O3% | Ferric Oxide | |
62.9 | - | ASTM C-114 | CaO% | Calcium Oxide |
1.70 | Max 6.0 | ASTM C-114 | MgO% | Magnesium Oxide |
2.05 | Max 2.30 | ASTM C-114 | SO3% | Sulfur Trioxide |
0.28 | - | ASTM C-114 | Na2O% | Sodium Oxide |
0.80 | - | ASTM C-114 | K2O% | Potassium Oxide |
0.40 | Max 1.5 | ASTM C-114 | IR% | Insoluble Residue |
53.1 | - | Bouge Method | C3S% | Tricalcium Silicate |
20.3 | - | Bouge Method | C2S% | Dicalcium Silicate |
4.3 | - | Bouge Method | C3A% | Tricalcium Aluminate |
13.7 | - | Bouge Method | C4AF% | Calcium Alumino Ferrite |
0.9 | ISO774 | F.CaO | Free Cao | |
3200 | Min 2600 | ASTM C-204 | Cm2/gr | Fineness Blaine |
10.0% | 45µ | Fineness Sieve | ||
0.2 | 90µ | Fineness Sieve | ||
26 | - | ASTM C-178 | % | Water for Normal Consistency |
- | - | ASTM C-191 | Setting Time - Vicat Test | |
150 | Min 45 | ASTM C-191 | Min | Initinal |
3:30 | Max 375 | ASTM C-191 | Min | Final |
185 | - | ASTM C-109 | kg/cm2-2days | Compressive Strength |
210 | ASTM C-109 | kg/cm2-3days | Compressive Strength | |
300 | Min 160 | ASTM C-109 | kg/cm2-7days | Compressive Strength |
400 | Min 325 | ASTM C-109 | kg/cm2-28days | Compressive Strength |
0.07 | Max 0.8 | ASTM C-151 | % | Autoclave Expansion |
Quality Control .Lab ISO/IEC 17025:2005
Interpretation Sample:
Lab Manager: F.Aboulghazi
Factory Manager: H.Sabzali
NCOCL-FO48-R02