How to Solve the Wear Problem of Power Plant Conveying Coal Powder
Product Overview
The pulverized coal system of the power plant includes three parts: raw material, pulverized coal and pulverized coal. The pipeline for conveying pulverized coal runs every day. It will not take long for the general metal composite pipeline to be worn through, resulting in powder leakage and affecting the normal operation of the power plant.
We suggest the use of wear-resistant ceramic composite pipe, wear-resistant ceramic liner or ceramic pipe attached to the inner wall of the pipe, to form a strong wear-resistant layer, to resist the erosion and wear of coal powder.
Because of the high wear resistance of wear-resistant ceramics, its Rockwell hardness is greater than 82HRA, Mohs hardness has reached grade 9, wear resistance is more than 10 times of high chromium cast iron material. And alumina ceramics have excellent corrosion resistance, can transport strong acid, alkali and other corrosive substances, can be widely used in chemical, metallurgy, steel, cement and other industries.
Alumina ceramic composite pipe can effectively solve the problem of wear in power plant, prolong the service life of equipment more than 5 years, and ensure the safe operation of coal powder system in power plant.
STRICT INTERNATIONAL STANDARD (ISO) CERTIFICATION
Established a global quality management and environmental management system.
Passed the international standard certification established by the International Organization for Standardization (ISO). After a strict and systematic international review process, it is proved that the products and services provided to customers are strictly maintained.
ISO 9001 International Standard For Quality Management
Our Quality Management System is managed to consistently meet the needs of our customers with the highest global quality.
ISO14001 Environmental Management System Certification
Establish a world-class green management system to minimize harmful environmental factors and demonstrate that the energy, resource consumption and regeneration of our products are effectively managed.
ISO 45001 Occupational Health and Safety Management System Certification
ISO 45001 Occupational Health and Safety Management System evolved from OHSAS18001 Occupational Health and Safety Management System. This new standard is designed to help organizations around the world ensure the health and safety of their workers.
Applications
Mining & Metallurgy
Wear ceramic linings safeguard chutes, cyclones and pipelines during ore conveying and metallurgical material handling.
Cement & Building Materials
Ceramic wear liners for clinker transfer pipelines and powder processing equipment in cement and construction material plants.
Power & Energy Generation
Applied in coal mills, ash conveying pipelines and desulfurization systems of thermal power plants against abrasion.
Chemical & Coatings Industry
Abrasion & corrosion resistant ceramic linings for slurry transport and mixing equipment in pigment and chemical production.
Ceramics & Glass Manufacturing
High-performance ceramic wear parts for raw material conveying systems of ceramics and glass production lines.
New Energy & Lithium Battery
Low-contamination alumina ceramic liners for lithium powder conveying equipment in lithium battery raw material processing.
Product Advantages
High Hardness & Wear Resistance
Vickers hardness ≥ 1100 HV, offering significantly lower wear loss compared to traditional steel balls.
Cost-Effective Solution
Longer service life means fewer replacements and reduced downtime for your production lines.
Low Abrasion & Contamination
Minimal material wear ensures product purity and prevents contamination during grinding processes.
Precision Manufacturing
Advanced isostatic pressing technology ensures uniform density and consistent quality in every ball.
Custom Sizes Available
We produce balls from Ø 1mm to Ø 100mm, with custom sizes available to meet your specific requirements.
Global Shipping & Support
Fast worldwide shipping with professional technical support from our engineering team.
