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High-Strength Alumina Ceramic Tubes Industrial Core Components For High-Temperature Applications

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Hervorheben:

high-strength alumina ceramic tubes

,

alumina ceramic high-temperature tubes

,

industrial alumina ceramic core components

Korrosionsbeständigkeit:
Hoch
Biegefestigkeit:
350 MPa
Anwendung:
Verschleißfeste Komponenten, elektrische Isolatoren, Hochtemperatur-Ofenteile
Maximale Nutzungstemperatur:
1600 ° C.
Wärmeschockwiderstand:
Exzellent
Material:
Alumina
Härte:
9 Mohs
Reinheit:
96%, 99%
Biokompatibilität:
Ja
Schüttdichte:
> 3.63
Temperaturbeständigkeit:
bis zu 1700°C
Niedrige thermische Expansion:
Ja
Typ:
Alumina -Keramikteile
Zugfestigkeit:
250 MPa
Water Absorption:
0
Korrosionsbeständigkeit:
Hoch
Biegefestigkeit:
350 MPa
Anwendung:
Verschleißfeste Komponenten, elektrische Isolatoren, Hochtemperatur-Ofenteile
Maximale Nutzungstemperatur:
1600 ° C.
Wärmeschockwiderstand:
Exzellent
Material:
Alumina
Härte:
9 Mohs
Reinheit:
96%, 99%
Biokompatibilität:
Ja
Schüttdichte:
> 3.63
Temperaturbeständigkeit:
bis zu 1700°C
Niedrige thermische Expansion:
Ja
Typ:
Alumina -Keramikteile
Zugfestigkeit:
250 MPa
Water Absorption:
0
High-Strength Alumina Ceramic Tubes Industrial Core Components For High-Temperature Applications
High-Strength Alumina Ceramic Tubes Industrial Core Components For High-Temperature Applications
Product Overview

Alumina ceramic tubes are advanced industrial ceramic products manufactured from high-purity aluminum oxide (Al₂O₃) as the primary raw material, sintered at temperatures exceeding 1700°C. They exhibit excellent mechanical strength, high hardness, outstanding wear resistance, and stable chemical properties, maintaining reliable performance under harsh conditions including high temperatures and corrosive environments, making them ideal structural ceramic materials.

Main Applications
  • High-temperature kilns: Thermocouple protection tubes, furnace rollers
  • Electronics and electrical: Insulating sleeves, vacuum tube housings
  • Mechanical equipment: Wear-resistant liners, guide tubes
  • Chemical and metallurgical industries: Molten metal transfer pipes, anti-corrosion pipe linings
Product Advantages
  1. High-temperature resistance: Maximum service temperature up to 1650°C
  2. High hardness: Rockwell hardness HRA ≥ 85
  3. Excellent insulation: Volume resistivity > 10¹⁴ Ω*cm
  4. Corrosion resistance: Withstands most acids and alkalis
  5. Superior wear resistance: Service life exceeding metal components by 10 times
Technical Specifications
Parameter Unit Value
Alumina Content % 95/99
Bulk Density g/cm³ 3.6-3.9
Compressive Strength MPa ≥2200
Flexural Strength MPa ≥300
Maximum Service Temperature °C 1650
Thermal Expansion Coefficient 10⁻⁶/°C 7.2
Manufacturing Process

Raw material preparation -> Ball milling and mixing -> Spray granulation -> Isostatic pressing -> High-temperature sintering -> Precision machining -> Inspection and packaging

Usage Instructions
  • Avoid hard impact during installation; use soft gaskets where appropriate
  • Strictly control heating/cooling rates (<5°C/min)
  • Ensure operating conditions remain within pressure specifications
  • Avoid contact with hydrofluoric acid
FAQ
Q: What is the maximum processable size?

A: Standard sizes: OD 3-200mm, length ≤1000mm; custom sizes available

Q: What is the delivery lead time?

A: Standard specifications: 7 days; custom orders: 15-30 days

Q: Are they anti-static?

A: Anti-static properties can be achieved through special processing

High-Strength Alumina Ceramic Tubes Industrial Core Components For High-Temperature Applications 0