Pingxiang Chemshun Ceramics Co.,Ltd

Are you looking to enhance the performance of your chemical tower? The choice of pall rings can make all the difference!   -  Chemshun  Ceramic Pall Rings: If you prioritize durability and resistance to chemical corrosion, then ceramic pall rings are an ideal choice for you!  Their excellent thermal stability and low-pressure drop characteristics ensure efficient mass transfer in various chemical processes.   - Plastic Pall Rings: Seeking a cost-effective yet efficient solution? Plastic pall rings are your go-to option!  These lightweight rings offer excellent resistance to acids and alkalis, ensuring longevity and reliability. Plus, their low-pressure drop allows for increased contact surface area, making them suitable for large-scale applications.   -   Metallic Pall Rings: If you desire optimum mechanical strength and high-temperature resistance, metallic pall rings are the way to go! Their sturdy construction withstands extreme process conditions, making them perfect for industries

1. What is a flexible rubber ceramic hose? A flexible rubber ceramic hose is made up of a rubber outer layer that provides flexibility and a ceramic inner lining that provides superior abrasion and wear resistance. It is designed to be used in high-pressure applications where materials may be abrasive or corrosive. 2. What are the benefits of using a flexible rubber ceramic hose? The benefits of using a flexible rubber ceramic hose are its superior abrasion and wear resistance, its flexibility, and its ability to handle high-pressure applications. These hoses are also resistant to chemicals and have a longer lifespan than traditional rubber hoses. 3. What industries use flexible rubber ceramic hoses? Flexible rubber ceramic hoses are used in a variety of industries, including mining, steel production, construction, and transportation. They are also used in material handling applications, such as conveying coal, sand, and gravel. 4. Can a flexible rubber ceramic hose be repaired?   Fle

  Abrasion resistant ceramic liners have solved the problem of wear for heavy wear industries such as cement, steel, mining, lithium batteries, and metallurgy. However, in the minds of many manufacturers, liners are also labeled as brittle and not impact-resistant. How about the impact resistance of ceramics? How can we improve the impact resistance? The main material of the wear resistant ceramic lining plate we usually call is alumina, its fracture toughness KΙC ≥ 4.8MPa?m1/2, and bending strength ≥ 290MPa. Compared with metal materials such as steel, the impact resistance is indeed inferior. However, through some special processes, the impact resistance of the wear-resistant ceramic lining can be greatly improved. 1. Surface design with spherical protrusions: The unique mechanical properties of spherical protrusions can evenly disperse the impact force on the liner, reducing the possibility of the liner being broken by impact. It is a relatively common method to improve the impact