![]() |
|||||||||||||||||||
|
|||||||||||||||||||
|
|
NEW: Innovative Guarded Hot Plate System GHP 456 Titan™
|
||||||||||||||||||
| General | Technique | Software | Applications | Accessories | Literature |
Accuracy: SRM 1450 c glass fiber board
Here, a glass-fiber board (NIST-certified) standard reference material 1450c) was measured in the certified temperature range (0 … 60°C). The deviations between the literature values (taken from the NIST certificate) for the reference material and the measurement results are generally less than 1% and easily within the stated uncertainty of the reference material. This clearly reflects the outstanding performance of the GHP 456 Titan™.
Mineral Fiber Insulation
A mineral fiber insulation generally used to insulate kitchen furnaces was measured between room temperature and 500°C. As it is typical for most insulating materials, the results for the thermal conductivity increase in a nearly linear fashion around room temperature. At high temperatures, the thermal conductivity increases more markedly. This can be explained by the increased radiative contribution to the effective thermal conductivity.
| General | Technique | Software | Applications | Accessories | Literature |
![]() |
Thermal Analysis News | Thermal Analysis Products | Thermal Analysis Market Segments | Materials Characterization | Service for Thermal Analysis | Seminars for Thermal Analysis | Applications Measurements | Compliance | Applications Advisory Service | Literature Data Base | Proteus Software | Advanced Software | Contact | NETZSCH worldwide | History | DSC Analysis | TG Analysis | TG-DSC Analysis (STA) | QMS / FTIR Analysis | DIL / TMA / DMA | DEA | LFA / HFM / TCT | RUL / HMOR / PCE / TCT | Sitemap | Imprint
NETZSCH Group | NETZSCH Grinding & Dispersing | NETZSCH Pumps | NETZSCH Oilfield Products