📘 Product Description
Ceramic Tile Lined Steel Elbow Pipe is installed on the inner wall of the pipe in the form of pasting, stud welding or dovetail to form a firm anti-wear layer. With its super wear resistance in industrial enterprises pneumatic conveying, hydraulic conveying system system is widely used, especially in the elbow, tee, distributor and other erosion wear is very serious parts, more advantages, with high cost performance, is one of the best pipes.
Alumina wear resistant compositions include:
• 92 Alumina: most common wear product with great wear resistance
• 95 Alumina: increased wear performance
• T95 Alumina: premium alumina for best wear resistance
• Zirconium toughened alumina (ZTA): increased strength and impact resistance
❓ Frequently Asked Questions
Q1: What are the main benefits of ceramic tile lined pipes?
A: They offer extreme hardness, superior abrasion resistance, and excellent corrosion resistance, significantly extending the service life of piping systems in harsh environments.
Q2: How are the ceramic tiles installed inside the steel pipe?
A: The tiles can be installed using high-strength epoxy resin pasting, stud welding, or specialized dovetail mechanical joints to ensure a secure fit.
Q3: What is ZTA and when should it be used?
A: ZTA stands for Zirconium Toughened Alumina. It should be used in applications requiring higher impact resistance and mechanical strength compared to standard alumina.
Q4: In which industries are these pipes most commonly used?
A: They are widely used in metallurgy, mining, electric power generation (coal handling), and the petrochemical industry for hydraulic and pneumatic conveying.
Q5: Can these pipes handle high-temperature environments?
A: Yes, alumina ceramics have excellent thermal stability, though the temperature limit often depends on the adhesive or installation method used.
Q6: What is the production capacity for these products?
A: Our current production capacity is approximately 5000 tons per year, ensuring reliable supply for large-scale industrial projects.