Advantages of Chemshun ceramic roller lagging [05-01 14:22]

Anti-skid: The ceramic surface has uniform spherical protrusions, and the friction coefficient is three times that of traditional rubber lagging. Thousands of protrusions can generate positive traction when the back of the conveyor belt passes, preventing the ...

how to customize your industrial alumina ceramic linings ? [04-26 13:44]

Customized wear resistant alumina industrial ceramics can be produced using different processes and formulas according to different needs and uses to meet specific wear-resistant, corrosion-resistant, high-temperature and other performance requirements. G...

Factors affecting the wear resistance of alumina grinding balls [04-21 07:19]

Alumina grinding balls are also called high-alumina ceramic balls, alumina wear-resistant balls, and inert alumina balls. The production process adopts isostatic pressing, and some small balls adopt the artificial ball method; the raw material is calcined alum...

Application areas of zirconium silicate balls [04-16 09:02]

1-Characteristics of grinding zirconium silicate balls a. Due to its special process, the internal structure of the beads is uniform and dense, which always makes the quality of the grinding material uniform. b. It has good toughness, impact resistan...

Reasons and Solutions for Industrial Ceramic Tile Lined the Surface of the Magnetic Separator Drum to Fall Off [04-12 13:03]

Alumina ceramic tile liner are widely used in mining, cement, electric power, metallurgy, mineral processing and other fields due to their excellent wear resistance. The anti-wear technology of pasting wear-resistant ceramic sheets on the surface of the magnet...

Wear Resistant Ceramic Lined Conveyor Drum Lagging [04-06 13:03]

The rubber-coated roller is an important component in the belt conveyor system. The rubber-coated roller can improve the operating conditions of the conveyor system, protect the metal roller from wear, prevent the conveyor belt from slipping, and enable the ro...

Where can wear-resistant ceramics be used in the mining industry? [03-26 09:56]

There are many places where wear-resistant ceramics can be applied in the mining industry. Here are some common application areas.

Summary of eight forming processes of structural ceramics ④ [03-21 10:53]

Hot die casting molding is to use the characteristics of paraffin wax melting and cold solidification, the ceramic powder without plasticity and hot paraffin liquid evenly mixed to form a flowing slurry, injected into the metal mold under a certain pressure, and so on after cooling, demoulding to take out the formed body. The green body is properly trimmed, buried in the adsorbent, heated, dewaxed, and finally burned to form the final product.

Summary of eight forming processes of structural ceramics ③ [03-18 10:28]

Slip casting is a very simple and flexible molding technology, its basic principle is to have a high solid content and good fluidity of the slurry into the mold (usually with gypsum mold), waiting for the green body to have a certain strength and then release the mold. Extrusion molding is the ceramic powder and clay, or organic binder and water mixed and repeated mixing, and through vacuum degassing and stale process links to make the billet to be extruded to obtain good plasticity and uniformi

Summary of eight forming processes of structural ceramics ② [03-14 08:02]

Ceramic injection molding is a new process for preparing ceramic parts, which is developed by combining polymer injection molding with ceramic preparation technology. ... At present, isostatic pressing is the main forming method for producing alumina ceramic balls.

Summary of eight forming processes of structural ceramics ① [03-12 09:43]

Ceramic forming is an important part of the ceramic preparation process, the forming technology to a large extent determines the uniformity of the body and the ability to prepare complex shaped parts,and directly affects the reliability of the material and the cost of the final ceramic parts.

Advanced ceramic materials in the military field [03-07 14:09]

Advanced ceramics: According to chemical composition can be divided into oxide ceramics, carbide ceramics, nitride ceramics, boride ceramics,silicide ceramics, sulfide ceramics and so on. According to the performance and use can be divided into functional ceramics and structural ceramics two categories.

Why do manufacturers polish silicon wafers so smoothly? [02-24 14:52]

Silicon wafers are important raw materials for the manufacture of chips and various semiconductor devices. Wafers usually have a very flat, smooth surface, like a mirror. Why do manufacturers make silicon wafers so smooth?

What is a high purity alumina ceramic handing arm? [02-20 13:37]

High purity alumina ceramic handing arm /ceramic end effector is installed on wafer handing robot or "end effectors" and used to carry silicon wafers into or out of cassettes or process chambers. It is also known as semiconductor ceramics, and the main production materials include 95% to 99.9% aluminum oxide. High purity alumina ceramic mechanical arm is a product that must be used in the wafer transfer process, and the requirements for materials and processing accuracy are very high.

Application of 99.7% alumina ceramic disc in CMP equipment [02-17 16:03]

At present, the use of alumina ceramic grinding disc grinding semiconductor wafers is the most advanced grinding method. The double-sided grinding process is used to grind the cut wafer, and the quality of the grinding wafer is improved by improving the grinding process (disk material, grinding fluid, grinding pressure and grinding speed, etc.).