Make: Metlor
Model: SL-FT-022
Standard: ASTM D2584, ASTM D5630, ISO 3451
Scope: An Ash test is used to determine if a material is filled. The test will identify the total filler content. It cannot identify individual percentages in multi-filled materials without additional test procedures being performed. An ash test cannot be used to determine the percent carbon fiber or percent carbon black since carbon burns off during the Ash test.
Procedure: An Ash test involves taking a known amount of sample, placing the weighed sample into a dried / pre-weighed porcelain crucible, burning away the polymer in an air atmosphere at temperatures above 500°C, and weighing the crucible after it is has been cooled to room temperature in a desiccator. Ash residue remaining in the crucible is considered filler unless the residue is less than 1%. Residues of less than 1% are typically the result of additives that did not burn off.
Data: The Ash test result is expressed as % ash. A magnified optical examination of the ash residue is performed to determine if the ash is glass, mineral, or a combination of both. The total ash content equals the weight of the ash divided by the weight of the original sample multiplied by 100%.
| Make: Metlor Model: SL-FT-022 Standard: ASTM D2584, ASTM D5630, ISO 3451 Scope: An Ash test is used to determine if a material is filled. The test will identify the total filler content. It cannot identify individual percentages in multi-filled materials without additional test procedures being performed. An ash test cannot be used to determine the percent carbon fiber or percent carbon black since carbon burns off during the Ash test. Procedure: An Ash test involves taking a known amount of sample, placing the weighed sample into a dried / pre-weighed porcelain crucible, burning away the polymer in an air atmosphere at temperatures above 500°C, and weighing the crucible after it is has been cooled to room temperature in a desiccator. Ash residue remaining in the crucible is considered filler unless the residue is less than 1%. Residues of less than 1% are typically the result of additives that did not burn off. Data: The Ash test result is expressed as % ash. A magnified optical examination of the ash residue is performed to determine if the ash is glass, mineral, or a combination of both. The total ash content equals the weight of the ash divided by the weight of the original sample multiplied by 100%. Specifications: Internal Chamber Size For K-MF-01 Width 10cm x Height 10cm x Depth 22.5cm System Status Digital Temperature Controller Micro processor based double display digital PID controller Heating Through custom high grade nichrome wire Temperature Range Ambient to 950°C Temperature Accuracy ±5°C or better Timer Micro processor based double display digital timer at optional Timer Range Up to 999.9 Seconds / Minutes Safety MCB / Fuse Fuse available on electric panel Insulation 100mm double wall thick cera-wool insulation Mat. Of Construction Inner chamber: Tough treated ceramic Outer chamber: Heavy CRC dual side powder coated Power Supply 230V AC, Single phase, 50Hz Specifications: | |
| Internal Chamber Size For K-MF-01 | Width 10cm x Height 10cm x Depth 22.5cm |
| System Status | Digital |
| Temperature Controller | Micro processor based double display digital PID controller |
| Heating | Through custom high grade nichrome wire |
| Temperature Range | Ambient to 950°C |
| Temperature Accuracy | ±5°C or better |
| Timer | Micro processor based double display digital timer at optional |
| Timer Range | Up to 999.9 Seconds / Minutes |
| Safety MCB / Fuse | Fuse available on electric panel |
| Insulation | 100mm double wall thick cera-wool insulation |
| Mat. Of Construction | Inner chamber: Tough treated ceramic Outer chamber: Heavy CRC dual side powder coated |
| Power Supply | 230V AC, Single phase, 50Hz |