Green Technology Guards the Future
— Aladdin Biosoluble Blanket 1. Product Description of Aladdin Biosoluble Blanket
Aladdin biosoluble blanket is manufactured via needle-punching process with biosoluble fibers, available in various thicknesses and bulk densities. Its primary chemical components include silica together with alkaline earth metal oxides such as calcium oxide and magnesium oxide. The unique chemical composition endows the material with outstanding high-temperature resistance and low biopersistence. The finished blanket features high tensile strength and low shot content.
No binders or lubricants are added throughout the whole production process, so no smoke or peculiar odor will be released during the first high-temperature firing. The alumina content of the product is less than 1%, enabling biodegradation inside the human body as well as biodegradability in natural environments. It is an eco-friendly biosoluble ceramic fiber blanket.
2. Product Features of Aladdin Biosoluble Blanket
Complies with EU Standard 97/69 EC Note Q; non-carcinogenic fiber that can be absorbed and degraded by human bodies
Two classification temperature grades: 1200℃ and 1300℃
Free of binders and lubricants during production
Excellent thermal stability
Low thermal conductivity and low heat capacity for superior thermal insulation
High tensile and tear strength
Excellent thermal shock resistance
Effective sound absorption and noise reduction performance
High fiber content and extremely low shot content
3. Applications & Advantages of Aladdin Biosoluble Blanket
1) Metallurgical Industry
Application Scenarios: High-temperature furnace lining, molten metal thermal insulation, heat treatment furnace insulation, ladle cover insulation, etc.Advantages: Withstands long-term high temperatures ranging from 1200℃ to 1300℃, significantly cutting heat loss and improving energy efficiency. 2) Petrochemical Industry
Application Scenarios: Cracking furnaces, heating furnaces, process pipeline insulation, storage tank thermal insulation, etc.Advantages: Outstanding thermal insulation and thermal shock resistance, suitable for diverse complex high-temperature working conditions. 3) Power Industry
Application Scenarios: Boiler insulation, flue lining, gas turbine thermal insulation, etc.Advantages: Low heat storage and high tensile strength reduce equipment energy consumption and extend service life. 4) Ceramic & Glass Industry
Application Scenarios: Kiln lining, glass melting furnace insulation, ceramic firing equipment insulation, etc.Advantages: Favorable thermal stability and tear resistance, adaptable to long-term continuous high-temperature production. 5) Building Materials Industry
Application Scenarios: Fire doors, fireproof boards, building wall thermal insulation layers, etc.Advantages: Lightweight with excellent thermal insulation performance, complying with environmental protection and fire safety standards.
6) Aerospace Industry
Application Scenarios: High-temperature equipment insulation, engine component thermal insulation, etc.Advantages: Ultra-low thermal conductivity and lightweight properties, meeting high-performance material requirements for aerospace fields. 7) Automobile Manufacturing Industry
Application Scenarios: Automobile exhaust pipe insulation, engine compartment thermal insulation, new energy vehicle power battery insulation, etc.Advantages: High temperature resistance and thermal shock resistance, paired with reliable sound absorption performance. 8) Environmental Protection & New Energy Industry
Application Scenarios: Waste incinerator lining, biomass energy equipment insulation, solar equipment thermal insulation, etc.Advantages: Biodegradable with low pollutant emission, in line with green production standards.
9) Household Appliance Industry
Application Scenarios: Thermal insulation liners for household high-temperature equipment such as ovens, roasters and fireplacesAdvantages: Non-toxic, safe and heat-resistant, suitable for household use. 10) Other Industrial Fields
Application Scenarios: High-temperature pipeline insulation, thermal equipment lining, laboratory high-temperature instrument insulation, etc.Advantages: Easy to cut, lay and install, compatible with various special-shaped structures and application demands. 
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