Alumina fibers exhibit lower thermal conductivity, heat shrinkage, and heat capability. Its long-term temperature is 1300 to 1400°C, which is much higher than that of ordinary aluminum silicate fibres (1000 to 1100°C). This fiber is very stable chemically and can be used in an acidic or oxidizing environment as well as in a reducing atmosphere. The fiber is resistant to corrosion, although it can be easily eroded with vanadium pentoxide or lead vapor. This type of fiber can be used to heat insulate furnaces for different heat treatment furnaces and ceramic firing kilns. It is also useful in steel industries as an energy saver. A furnace can increase product output by a lot for batch production. Alumina carriers are also possible. Materials for insulation in nuclear reactors or space shuttles. Light-alloy reinforcements. This industrial high-temperature furnace area has a remarkable energy saving effect. This alumina fiber short has a remarkable high-temperature resistency and is mostly used as heat-insulating materials. It can also be used to line a high-temperature furnace such as a metallurgical furnace. Due to its low density. Because of its low density, the heat insulation is excellent and has a small heat capacity. These factors can decrease the furnace's quality, as well as improve the temperature control precision. High-temperature furnaces have alumina fibers that are more energy efficient than regular refractory blocks or high temperature coatings. This energy savings is greater than that of heat loss. It is not just because of the reduction in heat loss, but the furnace gas also gets stronger. Convective Heat Transfer, where the furnace walls can receive more heat. The heat is passed through the national symbol to the material, increasing its heating rate, as well as the production potential.

Recycled and Environmental Protection Highlights
Due to their excellent chemical resistance, Alumina fibers have been used in recycling and environmental protection. Alumina fibers can also be used to encapsulate automobile exhaust gas systems. For aluminum alloy plugging, saffil-alumina fiber is possible. The advantage is that it expands less when temperatures rise, approximately 25% less than pure alloy, so the piston and the cylinder can match up well, and fuel consumption can be reduced.

Performance enhancements in composite materials
Because the alumina fibre and the metallic matrix are both water- and interfacially reactive, they have improved the composite materials' mechanical, wear, and hardness. The thermal expansion coefficient has also been lowered. The use of Alumina-fiber reinforced metal matrix composites has been found in the automotive piston groove parts and rotary gas compressor motor blades. Alumina resin composite materials are gradually replacing glass fibers in many fields, due to their superior bonding properties with resin matrix. This material is especially useful in the area of stationery as it can be transformed into fishing rods of high strength, various colors, ski balls, snowboards and tennis rackets.

The Alumina long fibre reinforced metal matrix composites with alumina long fiber are used primarily in mechanical parts that can withstand high loads and high temperatures. They also serve as lightweight components, like automotive connector rods, transmission rods, brake pad and other parts. Device, etc. Researchers have recently begun to employ it in the lining thermonuclear reactor cooling heaters.
Luoyang Tech Co. Ltd. is an experienced manufacturer of silver nanoparticles with more than 12 years in chemical product research and development. Contact us if you need high-quality aluminum silicate. Send an inquiry .

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