PRODUCT OVERVIEW
ALL PROGRESS TAKES PLACE OUTSIDE THE OLD AND COMFORT ZONE
Bio-soluble Fiber Inorganic Board
- Rare Earths Element
- AIN SiC Si3N4 BN/PBN Al2O3 ZrO2 Metallized ceramic Porous Ceramic
- Nickel anode for plating, Ti, Zr, Mo, W, Hf Nickel-based special alloy
- Bio-soluble Fiber Inorganic Board
- Sputtering Target Indium Bonding Back plate
- E-Beam Source Crucible, headter Filament, Crystal Sensor
- FOUNDARY SERVICE, THIN FILMDEPOSITION SERVICE
- Vacuum induction melting service
Rare Earth Element
AIN SiC Si3N4 BN/PBN Al2O3 ZrO2
Metallized ceramic Porous ceramic
Nickel anode for plating,
Ti, Zr, Mo, W, Hf
Nickel-based special alloy
Bio-soluble Fiber
Inorganic Board
Sputtering Target
Indium Bonding
Back plate
E-Beam Source
Crucible, heater
Filament, Crystal Sensor
FOUNDRY SERVICE,
THIN FILM DEPOSITION SERVICE
Vacuum induction
melting service
Bio-soluble Fiber Inorganic Board
Unlike existing insulation boards, it was manufactured to minimize health problems by using water-soluble fibers so that even if absorbed by the human body, it can be discharged out of the body. It is an insulation board that does not require secondary calcination, when used, does not emit smoke when exposed to high temperatures or flames, and has excellent mechanical and chemical resistance properties.
- - no smoke, no smell, No-organic binders
- - High resistance to thermal shock and spalling
- - Low thermal conductivity and minimal heat storage
- - Improving mechanical properties
- - Flexible shape capability
- - Light weight
- - Low shrinkage
- - Soluble, being smoothly discharged even if it is absorbed into the human body
Bio-soluble Fiber Inorganic Board
the differences of inorganic board and traditional board
- 1. material : binders of board, inorganic silica binder, not traditional organic starch binder
- 2. testing performance : it does not smoke and become black at high temperature or fire
- 3. lower thermal conductivity, inorganic board thermal conductivity is much lower
- 4. higher mechanical strength, inorganic board strength will be higher at high temperature. traditional board strength will be loose after sintering.
APPLICATION
All industries the special environmental protection environment that requires high temperature or no smoke and no fire in the open flame
- Wall-hung furnaces
- Petrochemicals
- Tempered glass furnaces
- Experimental furnaces
- Food baking furnaces
- Ovens
- Ceramics
- Electric furnaces
- Household appliances
- Photovoltaic power generation
- Tea greening furnaces
- Other metallurgy
- Glass
- Non-ferrous metals
