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Hunan Yibeinuo New Material Co., Ltd.
About Us
Your Professional & Reliable Partner.
YIbeino New Materials focuses on the research and development of new wear-resistant ceramic materials and is committed to providing material conveying, pneumatic conveying system engineering design and equipment wear problems under various complex working conditions for cement, thermal power, steel, coal, port, chemical, new energy, mineral processing, engineering machinery, concrete pipe pile, and other industries. We have 20 years of industry experience in the field of wear-resistant materials...
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Year Established

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Million+
Employees

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Million+
Customers Served

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Million+
Annual Sales
China Hunan Yibeinuo New Material Co., Ltd. Strict quality assurance system
Each process is strictly carried out in accordance with quality standard procedures, and the quality control process is strictly supervised to ensure that each factory product meets the national standards for wear-resistant ceramics.
China Hunan Yibeinuo New Material Co., Ltd. Leading design and R&D capabilities
Our company has a professional R&D team composed of experts in alumina ceramics and wear-resistant ceramic installation engineers. Through nearly 20 years of accumulated equipment anti-wear experience, we provide customers with customized equipment anti-wear solutions and provide enterprises with reduced costs and increased efficiency.
China Hunan Yibeinuo New Material Co., Ltd. Strong production capacity
It has advanced alumina ceramic production lines and modern steel structure processing plants.
China Hunan Yibeinuo New Material Co., Ltd. Quick response service
Quotation provided within 12 hours Provide anti-wear solutions 24 hours a day Convenient delivery channels: car, train, plane, sea transportation, etc.

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Do you know the difference between alumina ceramic pipes and ceramic linings?
There are significant differences between alumina ceramic pipes and ceramic liners. The following is a detailed comparison of the two:   Definition and use Alumina ceramic pipes Definition: Alumina ceramic pipes are made of alumina as the main raw material through a special process. Use: Mainly used in occasions that require wear resistance, corrosion resistance, and high-temperature resistance, such as mining, chemical steel, cement, ports, lithium batteries, and other industries.   Alumina ceramic lining Definition: Alumina ceramic lining is a high-performance ceramic material used for lining various industrial equipment. Use: Mainly used to protect equipment from damage caused by harsh conditions such as wear, corrosion, and high temperature, such as mechanical equipment parts, chemical equipment linings, etc.   Performance characteristics Wear resistance Ceramic lined pipeline: Has high wear resistance and can withstand friction and wear of materials during transportation. Alumina ceramic lining: also has excellent wear resistance and can effectively resist external wear and impact.   Corrosion resistance Alumina ceramic pipes: have good corrosion resistance and can resist the erosion of various corrosive media. Alumina ceramic lining: Good chemical stability, can resist erosion by corrosive media such as acid and alkali.   High-temperature resistance Alumina ceramic pipe: Good high-temperature resistance, and can maintain stable performance in a high-temperature environment. Alumina ceramic lining: It can also maintain stable performance in a high-temperature environment, and its service life will not be affected by thermal expansion and contraction.   The manufacturing process and cost   Manufacturing process Alumina ceramic pipe: Usually manufactured by powder sintering technology, the process is relatively complex, and the sintering temperature and time need to be precisely controlled. Alumina ceramic lining: The manufacturing process includes multiple steps such as material selection, molding, sintering, and surface treatment, which also requires high-precision process control.     Product Cost Alumina ceramic pipe: Due to the complex manufacturing process and high raw material cost, the price is relatively high. Alumina ceramic lining: Also due to the influence of the manufacturing process and raw material cost, the price is not low. However, the specific cost needs to be considered comprehensively based on product specifications, production batch, and other factors.   Application Examples and Effects Alumina Ceramic Pipes Application Examples: In mining transportation, alumina ceramic pipes can effectively reduce the wear and blockage of materials during transportation and improve transportation efficiency. Effect: The wear resistance is significant, which prolongs the service life of the pipe and reduces maintenance costs.   Alumina Ceramic Lining Plates Application Examples: In chemical equipment, alumina ceramic lining plates can protect the equipment from corrosive media and improve the stability and safety of the equipment. Effect: Excellent corrosion resistance, prolongs the service life of the equipment and reduces equipment failures and downtime caused by corrosion.   Alumina ceramic pipes and ceramic lining plates have significant differences in definition, use, performance characteristics, manufacturing process, and cost, as well as application examples and effects. When choosing, comprehensive consideration should be given based on specific application scenarios and needs.          
Analysis of the application of ceramic pipes in the lithium battery industry
The application of ceramic pipes in the lithium battery industry is becoming more and more extensive. The following is a detailed analysis of this application:   Application scenarios of ceramic pipes in the lithium battery industry Electrolyte delivery pipelines: In the production process of lithium batteries, electrolyte is an indispensable and important component. Ceramic pipes are widely used in the delivery of electrolytes due to their good chemical stability and corrosion resistance. Ceramic pipes can effectively prevent electrolyte leakage and contamination, ensuring the safety and stability of the production line.   Thermal management system: Lithium batteries generate heat during operation. If the heat cannot be dissipated in time, it may cause battery performance degradation or even accidents. Wear-resistant ceramic pipes are used to build battery thermal management systems due to their high thermal stability and low thermal conductivity to ensure that the battery can maintain a suitable temperature under various working environments.   Battery structure support: Alumina ceramic pipes can also be used as supporting materials for the internal structure of lithium batteries to enhance the mechanical strength of the battery. The ceramic sleeve lined in the pipe can effectively prevent the battery from deformation and damage during the charging and discharging process. Technical advantages of ceramic pipes High chemical stability:Ceramic materials have excellent chemical stability and can resist corrosion from a variety of chemical substances. In the complex environment of lithium batteries, ceramic pipes perform well and can ensure the stable operation of the battery system.   Strong wear resistance: The successful development of new ultra-wear-resistant integral ceramic pipes has further improved the wear resistance of ceramic pipes and can extend the service life of the battery system.   Smooth inner wall: The inner wall of the integral ceramic sleeve is smooth and the airflow is smooth, which can reduce the iron ion impurity content in the positive electrode material and improve the safety performance of the battery.   Development trend of ceramic pipes in the lithium battery industry Technology is constantly innovating: With the continuous advancement of science and technology, the production technology of ceramic pipes is also constantly innovating. The research development and application of new ceramic materials will further improve the performance and reliability of ceramic pipes.   Market demand continues to grow: The lithium battery industry is widely used in many fields such as new energy vehicles, energy storage and consumer electronics. As these fields continue to develop, the demand for ceramic pipes will continue to grow.   Industry standards are gradually established: With the widespread application of ceramic pipes in the lithium battery industry, relevant industry standards will also be gradually established. This will help regulate the market order and promote the healthy development of the ceramic pipe industry.   Challenges and opportunities of pipeline lining ceramics in the lithium battery industry Challenges: The production cost of steel pipe-lined ceramic casing is relatively high, and it is necessary to continuously reduce production costs to improve market competitiveness. The performance and reliability of wear-resistant pipes need to be continuously improved to meet the demand for high-quality products in the lithium battery industry.   Opportunities: The rapid development of the lithium battery industry provides a broad market space for ceramic pipes. The research development and application of new ceramic materials provide more possibilities for the innovation of ceramic pipes.   In summary, wear-resistant ceramic lined pipes have broad application prospects and development potential in the lithium battery industry. With the continuous innovation of technology and the continuous development of the market, it will play a more important role.    
Ceramic composite wear-resistant pipe, double leap in quality and technology
Ceramic composite wear-resistant pipe is widely used in the field of wear-resistant pipes and is highly respected. This is due to its excellent wear resistance and corrosion resistance, as well as its simple installation and low maintenance cost. Elacera has been deeply involved in wear-resistant ceramic production for over 20 years. We are committed to continuous improvement of ceramic quality, continuing to hone the ceramic composite process, and striving for perfection.   The ceramic composite wear-resistant pipe is usually composed of three layers of steel pipe, adhesive, and wear-resistant ceramic. Advanced adhesive technology is used to firmly adhere the ceramic sheet to the inner wall of the steel pipe. This unique structure simplifies the installation process and reduces costs. In addition, the patch wear-resistant pipe is also suitable for the working conditions of pneumatic conveying powder, such as the equipment and pipelines of the powder-making system of thermal power plants, and the powder selector of cement plants. In addition, the patch wear-resistant pipe is also suitable for the working conditions of pneumatic conveying powder. Ceramic quality is certainly critical, but the ceramic pasting process also has an important impact on the pipeline's performance. Problems such as too large gaps between ceramic sheets, uneven surfaces, or adhesive residues may cause material blockage, reduce conveying efficiency, and aggravate wear. To this end, we have taken a series of measures to improve the ceramic composite effect.   On the one hand, we have introduced advanced production equipment, including laser cutting machines, precision grinders, etc., to ensure that the ceramic sheets are accurate in size, fit tightly, and effectively reduce gaps.   On the other hand, we have also improved and optimized the ceramic pasting process. For example, the staggered arch installation process is used instead of the traditional direct pasting process to make the ceramic layer more stable and not easy to fall off. This process not only enhances the wear resistance of the ceramic layer but also ensures its long-term operation stability. After the ceramic pasting is completed, subsequent processes such as scraping glue and grinding will be carried out to further improve the flatness and finish of the ceramic.   Through our unremitting efforts, the quality and process of ceramic composite wear-resistant pipes have reached new heights, winning the trust and praise of many customers at home and abroad.

2025

01/16

Ceramic composite pipes effectively solve the wear problem of coal powder transportation in power plants
The coal powder transportation system of thermal power plants consists of three main links: raw coal storage, grinding, and powder transportation. Due to the continuous scouring and wear of coal powder particles on the pipeline during transportation, traditional metal pipelines are often unable to withstand such harsh working environments and are prone to wear and perforation, resulting in coal powder leakage, which not only affects power generation efficiency but also may bring safety hazards.   In order to solve this problem, we recommend the use of composite pipes made of wear-resistant ceramic materials. By closely embedding wear-resistant ceramic sheets or ceramic tubes on the inner wall of the pipeline, a solid wear-resistant protective layer is formed to effectively resist the erosion of coal powder particles. The hardness of wear-resistant ceramic materials is extremely high, with a Rockwell hardness of more than 88HRA and a Mohs hardness of 9. The wear resistance is more than ten times that of ordinary high-chromium cast iron. In addition, alumina ceramics also have excellent corrosion resistance and can cope with a variety of corrosive media including strong acids and strong alkalis. Therefore, they are widely used in chemical, metallurgical, steel, cement, and other industries.   The use of alumina ceramic composite pipes can significantly improve the wear resistance of the power plant's pulverized coal conveying system, extend the service life of the equipment to more than 5 years, and ensure the stable operation and safety of the power plant.

2024

12/13

What are the factors that affect the rise in alumina prices?
The reasons for the rise in alumina prices can be mainly attributed to the following points: Supply-side issues Restricted domestic ore mining: Due to environmental protection and other factors, the mining of domestic bauxite is restricted, resulting in a tight supply of domestic bauxite. Tight supply of imported ore: Guinea, the main source of bauxite imports, is affected by uncertain factors such as weather, policy, and shipping, and the overall supply of ore is tight. In addition, the supply of bauxite in Australia and other regions is also affected by various factors, such as frequent accidents in alumina plants, which further aggravates the tight supply of global bauxite.   Increased demand Growth in demand for electrolytic aluminum: The demand in the electrolytic aluminum market is increasing, and the speed of new production and resumption of production are beyond expectations. China's electrolytic aluminum operating capacity has reached a relatively high level, and the operating rate of electrolytic aluminum enterprises is also high. Downstream aluminum plants have a rigid demand for inventory replenishment: Near the end of the year, holiday factors and winter inventory replenishment have caused downstream aluminum plants to implement rigid demand inventory replenishment, and the problem of spot circulation cannot be alleviated, so the purchase price of alumina continues to rise. Rising costs Rising import costs: The sharp rise in overseas alumina prices has caused the import costs of alumina to rise to a high level, and the domestic import window has continued to close, exacerbating the tight supply situation. Increased production costs: Due to the limited room for increasing domestic bauxite mining, the tight supply of raw materials may become the norm, resulting in higher alumina production costs.   Market speculation A relevant person in charge of the China Nonferrous Metals Industry Association pointed out that there are irrational factors in the price trend of alumina, and excessive capital speculation is obvious. This has also driven the rise in alumina prices to a certain extent.   In summary, the reasons for the rise in alumina prices are multifaceted, including supply-side problems, increased demand, rising costs, and market speculation. These factors work together to make alumina prices show a trend of continuous rise.

2024

11/13