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Nano Microporous Insulation Board
Nano-insulation composite materials are made by combining nanoporous materials with heat-shielding materials through a special process. Their thermal conductivity is only 114-1110% of that of conventional ceramic fiber insulation. Nano Microporous Insulation Board, a new material manufactured using the latest high-tech technology, is the best insulation material to date. Nanoboard is a high-strength insulation material with excellent thermal insulation properties, commonly used in areas requiring high-strength and high-efficiency insulation. The product comes in a sheet form and can be coated with various materials, such as aluminum foil or high-temperature cloth.
Product Features
High-temperature resistance
Low thermal conductivity
Environmentally friendly and safe
Low heat storage
Long service life
Applications
Steel and petrochemical industries
Ceramics and glass industries
Industrial furnaces
Power generation, household appliances, aerospace
A new alternative to traditional refractory and insulation materials
| Classification temperature (°C) | 1000 |
| Density (kg/m³) | 300-350 |
| Compressive strength at room temperature (MPa) | 0.7 |
| Permanent linear shrinkage% (800°C × 6h) | < 3.5% |
| Thermal conductivity (W/m·K) | 0.020（100°C） |
| 0.025（200°C） | |
| 0.028（400°C） | |
| 0.032（600°C） | |
| 0.037（800°C） |
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A seven-zone mesh belt furnace running at 1120 °C can hold ±3 °C across the belt and still ship parts with inconsistent hardness, because the dew point in the delubrication zone drifted after the belt speed was raised. That is the nature of powder metallurgy: the furnace is not a box that gets hot, it is a chemical reactor with a conveyor attached. The short answer: select a powder metallurgy furnace by the process window it must hold — delubrication profile, atmosphere quality, sintering tempe...
