The ZrO2 Ceramic Ball is a unique material with several distinct properties. The properties that make this material so desirable include high hardness, strength, rigidity, wear resistance, and self-lubricity. The material is also used for valve ball applications in petrochemical, papermaking, and electroplating processes. For more information on ZrO2 ceramic balls, see the table below. And, as always, feel free to contact us for more information.

A 5.8 mm projectile incorporating a ZrO2 ceramic ball was tested under the same conditions as a numerical simulation. The results indicate that the ball can enhance penetration in this projectile. Its high hardness, pressure resistance, and temperature resistance are useful for forming a composite projectile. The depth of penetration experiment was conducted under identical conditions as the numerical simulation. It showed that the ZrO2 ceramic ball increases penetration depth by about 20%, while the Al 2 O 3 ceramic ball increases it by more than 10%.

Despite the high hardness of ZrO2 ceramic balls, their weight is comparable to that of steel balls. Therefore, despite the lighter weight, they still exhibit high strength and wear resistance. Furthermore, they are highly resistant to corrosion. Because they are non-magnetic, they can be used in a variety of applications. For example, they are frequently used in bicycle racing. Silicon nitride balls are also lighter than steel balls and provide an excellent smooth surface for improved rolling and spinning.

A ZrO2 ceramic ball has many benefits. It is 23% lighter than a GCr15 steel ball, is non-magnetic, is chemical and oil-resistant, and is resistant to extreme temperatures. In addition, ZrO2 ceramic balls can also be used as roller balls in applications that require high levels of friction. If you're looking for an alternative to steel balls, a ZrO2 ceramic ball may be the best choice.

A ZrO2 ceramic ball is inert to corrosive chemicals and high temperatures. Its high hardness and toughness, coupled with its excellent thermal expansion coefficient, make it a desirable material for applications where abrasion and corrosion resistance is a necessity. A ZrO2 ball also has a high degree of dimensional stability. The ZrO2 Ceramic Ball is one of the most durable materials available.

In addition to its high hardness, zirconium dioxide is non-magnetic and resistant to most acids. It is also extremely water-resistant, making it an excellent choice for marine applications. Steel bearings, which are commonly used in marine settings, simply can't handle the load or speed. And, since they are non-magnetic, they will not break under pressure or corrosion. In addition, prolonged exposure to steam can weaken the material.