Blank Sublimation Printed Coaster.
Coasters.
Ceramic Fiber Board Density: 260-320 kg/m ³ (16-20 lb/ft ³) Raw materials: Spun ceramic fiber bulk Thickness: 10mm, 20-50 mm Asbestos: 100% Non Asbestos Function: Refractory & Fireproof & Insulation ROSEWOOL ceramic fiber board is made of ceramic fiber cotton by the process of vacuum forming or dry process refined by dry and machining. It has good specialties of rigid ity flexibility heavy intensity anti-wind erosion, non-expansion, lightweight, and easy to construct. It can be cut and bent optionally. Thus, it is the practical and efficient material of kiln and furnace, pipe and other thermal insulation equipment. Ceramic Fiber Board Application 1. The wall liner and back lining materials of high-temperature reaction, reheating equipment and various industrial furnace such as used glass tempering furnace, pottery kiln, ceramic kiln and tunnel kiln 2. Insulating and fire proof plate of furnace door and roof or house chimney and fireplace 3. Lows fire proof and insulation for chimney cake ovens, pizza oven 4. Boilers and heater combustion chamber 5. Aluminum factories-reduction cell firebricks back linings 6. Ladle furnace backing 7. Shipping, aviation, precision industrial equipment 8. Refractory and thermal insulation material in kiln or furnace of construction industry for heating and wall liner of high-heat treatment
Ceramic Fiber Blanket Introduction Rosewool ceramic fiber blanket has excellent specialties of low thermal conductivity, good heat stability, thermal shock resistance and tensile strength, good thermal insulation, fire proof and noise reduction. It is widely used in power generation, iron and steel, aluminum/n-ferrous metals, glass, ceramics, aerospace, super alloys, petrochemical, semiconductors, cement, automotive, domestic appliances etc. Temperature level is 1100-1430 (2012 --2600 ). Ceramic Fiber Blanket Application 1. Linings and back-up insulation for all types of furnaces, heaters and kilns 2. External insulation such as boiler, turbine, duct and piping, precision casting shell etc 3. Vehicles and domestic appliance insulation 4. High temperature sealing material such as ladle lid, duct connecting part etc 5. Noncombustible materials for building 6. High temperature gas filtration material, high temperature part sound absorbing material 7. Pressure and cryogenic vessel fire protection 8. Furnace repairs Rosewool Company Supply Ceramic Fiber, Rock Wool, Calcium Silicate Products, Glass Wool, Airgel Felt, Airgel Board With 30+ Years Of Experience. Contact Us For The Best Quotation!
Ceramic Fiber Paper Blending with high quality ceramic fibers and binders, additives, ROSEWOOL ceramic fiber paper is proved to be a flexible and uniform sheet in handing heat treatment. Our paper has a highly uniform structure due to its well-controlled weight and thickness, assuring homogeneous thermal conductivity and a clean,smooth surface. Products Features: Easy to cut, wrap or form Low thermal conductivity and heat storage Excellent thermal shock and flame resistance Light weight Resilient Excellent hydrophobic property Good dielectric strength Free of asbestos Application 1. Asbestos paper replacement 2. Investment cast mold wrap insulation 3. One-time consumable insulating applications 4. Back-up lining for metal troughs 5. Hot top lining 6. Applications where low binder content is required 7. Thermal and electrical insulation 8. Upgrade for fiber glass paper and blanket products
Product Application: Ceramic salt cores are primarily used in the casting process of liquid forging aluminum alloy pistons. By forming cavities inside the piston, ceramic salt cores help achieve an internal cooling structure for the piston. Features: High Strength: By adding ceramic additives, ceramic salt cores achieve high strength, enhancing their ability to withstand high temperatures and pressures of aluminum liquid. High Density: Multiple granulation techniques are employed to achieve high density in ceramic salt cores, contributing to the overall quality of the castings. Low Linear Expansion Coefficient: Through innovative sintering techniques, ceramic salt cores achieve a low linear expansion coefficient, reducing the impact of thermal expansion on aluminum alloy pistons. Ceramic salt cores are typically used in the casting of liquid forging aluminum alloy pistons. Compared to traditional salt cores, ceramic salt cores meet the requirements of high-pressure casting processes for salt cores by increasing ceramic additives, using multiple granulation techniques, and innovative sintering techniques to achieve high strength, high density, and low linear expansion coefficient performance.
The long-term practical use proves that SG-28 Silicon Nitride Ceramic is very suitable for low-pressure casting machines and dosing furnaces. Compared with traditional cast iron, silicon carbide, carbon nitrogen materials and Aluminum Titanate, Silicon Nitride Ceramics have the best high-temperature strength and the service life can last for more than one year. The low wettability to aluminum liquid, makes the SG-28 Silicon Nitride Ceramic effectively reduce the slagging on the inner and outer walls of the riser tube, reduce the shutdown loss and maintenance. SG-28 Silicon Nitride Ceramic has excellent corrosion resistance, which can effectively reduce the pollution to the aluminum liquid, and improves casting quality.
Silicon Nitride Heater Protection Tube SG-28 Silicon Nitride Ceramic has become the preferred material for protection tube of electric heater in aluminum processing industry due to its excellent high temperature performance and corrosion resistance. ï?¬Due to its high temperature strength and strong thermal shock resistance, Silicon Nitride Ceramic can withstand the heat load of a high temperature burner, and the corrosion of molten aluminum for a long time, and the service life is more than one year; ï?¬Silicon Nitride Ceramics almost do not react with the aluminum liquid, so it will not pollute the aluminum liquid, which is conductive to improve the purity of aluminum liquid under high temperature. Compared with the traditional upper radiation heating method,the efficiency of immersive heating is 30%-50% higher and the overheated oxidation of the upper molten aluminum can be reduced by 90%.
Ceramic tiles.
Ceramic tile.
Ceramic Cup.
Ceramic mugs.
Alumina ceramic tube, ceramic tube.
Ceramic mugs.
Ceramic mugs.
Glass.
Nordic Ceramics.
Ceramic mugs.
Ceramic mugs.
Ceramic Mugs.
