FibroCeram Materials FibroCeram Materials

High Temperature Ceramic Fiber Tube for Furnace and Molten Metal Insulation

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Product Description

Overview & Basic Information
Shape
Pipe
Usage
High Temperature Insulating Material
Temprature Classification
1400℃, 1260℃, 1050℃
Chemical Composition
Al2O3.Sio2, Al2O3+Sio2+Zro2
Manufacturing Technique
Spray Silk Rug
Kind
Ordinary Ceramic Fiber
Bulk Density(g/cm3)
400
Fiber Diameter
3-5um
Thermal Conductivity
0.075
Working Temperature
1050 -- 1350
Raw Material
Aluminum Silicate
Diameter
5-100mm
Color
White
HS Code
6806101000
Production Capacity
20000t/Year
Product Description

Ceramic Fiber Pipe, also known as Ceramic Fiber Casting Tube, is a high-performance refractory insulation component designed for industrial furnaces, molten metal casting systems, and high-temperature insulation applications.

Manufactured from high-purity alumina-silicate ceramic fiber through vacuum forming or casting processes, ceramic fiber pipes provide excellent thermal insulation, low thermal conductivity, light weight, and superior thermal shock resistance. They are widely used in furnace linings, molten metal transfer protection, aluminum and steel casting, and high-temperature process equipment.

Ceramic Fiber Tube 1
Ceramic Fiber Tube 2
Ceramic Fiber Tube 3
Key Features
High Temperature ResistanceAvailable grades for 1260°C / 1430°C / 1600°C.
Excellent Thermal InsulationVery low thermal conductivity, reduces heat loss.
Lightweight StructureMuch lighter than dense refractory tubes.
Thermal Shock ResistanceSuitable for rapid heating and cooling conditions.
Customizable DesignDiameter, length, and wall thickness tailored to drawings.
Easy MaintenanceSimple installation reduces labor cost and downtime.
Technical Specifications
Material 85 Al2O3 90 Al2O3 95 Al2O3 99.7 Al2O3
Al2O3 Content85%90%93%99.30%
Fe2O3≤1.0≤0.5≤0.5≤0.3
Density (g/cm³)3.43.53.63.85
Vickers Hardness≥8.6≥8.899
Water Absorption≤0.2%≤0.1%≤0.085%≤0.01%
Refractoriness1580ºC1600ºC1650ºC1800ºC
Flexural Strength (Mpa)180200240280
Applications & Visuals

Ideal for Industrial Furnace Insulation, Molten Metal Casting, Aluminum/Steel Lines, and Heat Treatment processes.

Application 1
Application 2
Application 3
Application 4
Application 5
Application 6
FAQ
Q1: Can you customize the diameter and length of the tubes?
Yes, we support full customization for diameter, length, and wall thickness based on your specific engineering drawings.
Q2: Which temperature grade is best for my application?
We offer 1260°C for general industrial furnace use and 1430°C to 1600°C for specialized high-temperature casting and smelting applications.
Q3: Are samples available for quality testing?
Yes, we provide samples to ensure the material meets your thermal and mechanical requirements before bulk orders.
Q4: What are the main benefits of using ceramic fiber over dense refractory?
Ceramic fiber tubes are significantly lighter, offer superior thermal shock resistance, and have much lower thermal conductivity, which greatly enhances energy efficiency.
Q5: What industries commonly use these ceramic fiber pipes?
They are widely used in aluminum and steel casting, kiln construction, heat treatment facilities, and molten metal transfer systems.
Q6: How are the products packaged for international shipping?
We use hard paper cartons and reinforced packaging to ensure the structural integrity of the ceramic fiber tubes during transport.

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