Wear Resistant Ceramic Elbow Bend Pipe Tile Lined Steel Pipeline

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Product Description

Basic Information
Model NO.
Wear Resistant Ceramics
Installation
Adhesive Bonding
Material
Alumina Ceramic (92% / 95% Al2O3)
Shape
Custom Shape
Surface
Smooth Finish
Moh's Hardness
9 Grade
Density
3.60g/cm3
Capacity
4500 tons / Year
Product Description

Wear Resistant Ceramic Elbow Bend Pipe Tile Lined Steel Pipeline is designed for extreme industrial wear environments.

Available Ceramic Tile Liner Types:

  • Alumina ceramic plain tile
  • Ceramic weldable tile liner
  • Ceramic curved pipe tile liner
  • Ceramic arc pipe tile linings
  • Alumina brick linings
  • Ceramic square / rectangle / hexagonal tile
Technical Specifications
Attributes Unit 92% Alumina 95% Alumina
Alumina Content%9295
Densityg/cc3.603.68
Flexural StrengthMpa280300
Moh's DensityGrade99
Vickers HardnessKg/mm210501190-1220
Compressive strengthMpa850950-1000
Max Temp°C12501250
Product Gallery
Frequently Asked Questions (FAQ)
Q1: What industries use these wear-resistant ceramic linings? A: They are widely used in the mining industry, power plants, steel plants, and cement plants for equipment like hoppers, chutes, and conveyors.
Q2: What are the main advantages of 95% alumina over 92%? A: 95% alumina offers higher density, superior Vickers hardness, and better compressive strength for more demanding wear environments.
Q3: Can the ceramic tiles be customized for specific pipe sizes? A: Yes, custom shapes and customized thicknesses are available to fit specific equipment and pipeline geometries.
Q4: How are the ceramic tiles installed in steel pipelines? A: The primary installation methods include adhesive bonding and weldable solutions using steel cones and ceramic rods.
Q5: What is the maximum operating temperature for these ceramics? A: Both 92% and 95% alumina ceramics can operate at a maximum temperature of up to 1250°C.
Q6: Are samples available for quality testing? A: Yes, samples are available upon request to verify the material attributes and quality.

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