What is 300*300*200 Aluminum Silicate Heating Insulating Fibre Heater Furnace Fireproof Refractory Insulation Ceramic Fiber Module
Price
Min. Order Reference FOB Price
1 Ton US$2.00-15.00 / Ton
Sepcifications
- Usage Iron Voltage Electric Material, Thermal Insulation Coatings, Friction Material, Packing Material, Filter Material, High Temperature Insulating Material
- Temprature Classification 1400℃, 1260℃, 1050℃
- Chemical Composition: SiO2, Al2O3.SiO2, Al2O3
- Shape Ceramic Fiber Blanket
- Manufacturing Technique Spray Silk Rug
- Kind High Purity Ceramic Fiber
- Transport Package Woven Bag /Cardboard Box
- Specification 7200*610*20mm
- Trademark Redonwool
- Origin China
- Material Alumina Silicate
- Thickness 10mm~50mm
- Width 610mm/1220mm
- Length 3600mm, 7200mm, or Other Request
- Density 70-128kg/M3
- Fiber Diameter (Um) 3-5
- Application Ndustrial Furnace/High Temperature Equipment
Product Description
Product Description A series of ceramic fiber folded module was processed according the fiber module structure.size by special machine on the ceramic fiber needle blanket which was corresponding material. In the course of processing, they should be maintained a certain proportional reduction, to ...
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How Is Ceramic Fiber Needle Punched Blanket Made?By Shandong Redon Heat-Resisting Material Co., Ltd. on 31/10/2024In this article, I explore the advanced properties of ceramic fiber materials, specifically focusing on ceramic fiber needle-punched blankets. These materials stand out for their exceptional thermal resistance, low thermal conductivity, and eco-friendly characteristics, making them ideal for high-temperature industrial applications. I delve into their structure, highlighting how the needle-punched design enhances both durability and flexibility. Additionally, I emphasize the role of aluminum silicate ceramic fiber insulation materials in chemical industry cracking furnaces, where their heat retention capabilities significantly boost efficiency and sustainability. By integrating these materials, industries can reduce energy consumption and lower emissions while ensuring long-lasting performance in extreme environments.