This document discusses ceramic tubes and components for industrial applications. It describes a variety of ceramic materials like alumina, mullite, and cordierite that are available in different grades and compositions. These ceramics offer advantages like high temperature resistance, corrosion resistance, insulation, and precision. They can be used for applications such as furnace tubes, insulators, sensors, and more. Custom sizes, shapes, and hole patterns are possible.

3. Applications for ceramic tubes
• Furnace work tubes
• Heating element supports
• Temperature measurement
• Kiln furniture
• Vacuum furnace parts
• Electrical insulators
• Comprehensive range of sizes
• Lead through tubes
• Available directly from stock
• Competitive Prices
• Custom shapes & Dimensions
• Flanges, drilled holes, slots Advantages
• High dimensional tolerances
Standard Materials: 99.7-99.8% Alumina (EA998), • Chemical corrosion resistance
99.5% Alumina (EA995), Mullite (EM60), Porous • High temperature resistance
Mullite (EM 60P), Corundum (EM80P) • Very good thermal shock properties

4. • Produces defect free castings
• Available in many shapes and sizes
• High temperature resistance

5. standard Materials: 55% Alumina, 85% Alumina, 90% Alumina, 96% Alumina

6. • Excellent oxidation and corrosion
resistance
• Very good thermal shock resistance
• Excellent good thermal conductivity
(increased radioactive heat transfer)
• Optimum efficiency
Applications
• Radiant heaters
• Furnace work tubes
• Heating element supports
• Temperature measurement
• Kiln furniture
• Vacuum furnace parts
standard Materials: SiSiC • Electrical insulators
• Lead through tubes

7. standard Materials: Alumina (Various
Grades), Steatite

8. • No minimum order value
• Rods Priced by the inch
• Range of diameters and lengths
• Available from stock
Advantages
• Fine grain ceramics designed for
machining
• Electrical insulation
• Chemical corrosion resistance
• High temperature resistance
standard Materials: Available in various grades of Alumina from 74% to
99.8%

9. standard Materials: 95% alumina, Steatite

10. • No minimum order value
• Comprehensive range of sizes
• Available directly from stock
• Fast deliveries
• Competitive Prices
Advantages
• Electrical insulation
• High dimensional tolerances
• Chemical corrosion resistance
• High temperature resistance
• Very good thermal shock properties
standard Materials: 99.7-99.8% Alumina
(EA998), 99.5% Alumina (EA995), Mullite
(EM60)

11. Applications
• Temperature measurement
• Vacuum furnace parts and feed
thru' s
• Electrical insulators
• stand-offs
• Advantages
• Electrical insulation
• High dimensional tolerances
standard Materials: 99.7-99.8% Alumina • Chemical corrosion resistance
(EA998), 99.5% Alumina (EA995), Mullite • High temperature resistance
(EM60) • Very good thermal shock properties

12. • No minimum order value
• Competitive prices
• High quality materials for high tech use
• Low cost materials for industrial use
Advantages
• High quality materials and processes
• High temperature resistance
• Very good thermal shock properties
• Chemical corrosion resistance
• Electrical insulation
• High dimensional tolerances
standard Materials: 99.7-99.8%
Alumina(EA998), 99.5% Alumina (EA995)

14. • No minimum order value
• Comprehensive range of sizes
• Available directly from stock
• Fast deliveries
• Competitive Prices
Advantages of our Crucibles and Lab
ware
• High quality materials and processes
• High temperature resistance
• Extremely corrosion resistance
• Electrically non-conductive
Other Possible Materials: 99.9% Alumina
(EA999), 95% Alumina (EA95), Yttria

15. standard Materials: 99.7-99.8%
Alumina(EA998), Steatite

16. Advantages
• Electrical insulation
• High dimensional tolerances
• Chemical corrosion resistance
• High temperature resistance
• Very good thermal shock properties
standard Materials: 99.7-99.8% Alumina(EA998), 99.5% Alumina (EA995),
Mullite (EM60)

18. standard Materials: Cordierite, Alumina, NSiC (Nitride Bond), RbSiC (Reaction
Bond)

19. standard Materials:
Cordierite, Alumina, NSiC (Nitride
Bond), RbSiC (Reaction Bond)

20. standard Materials: Cordierite, Alumina,
NSiC (Nitride Bond), RbSiC (Reaction
Bond)

21. standard Materials: Cordierite, Alumina,
NSiC (Nitride Bond), RbSiC (Reaction
Bond)

22. standard Materials: RbSiC (Reaction
Bond)

23. • High Performance
• Wide range of products
• Composite nozzles available
• Quick change nozzle systems
• Excellent erosion resistance
standard Materials: EZY 94, Range of
Alumina Grades, NSiC

24. • Accurate and reliable parts
• Large size range possible
• Dense and refractory parts possible
Applications: Thermal
standard Materials: Selected based on
requirement or customer request