introduction
We can not only produce inert alumina ceramic balls at low prices, but also ensure good quality. As a factory specializing in the production of inert alumina ceramic balls for many years, we have advantages in terms of price and quality. Of course, we can also support customized production or produce inert alumina ceramic balls at the best price according to the specific requirements of customers.

Low price terms
First you want low price inert alumina ceramic balls. You need to find a manufacturer that directly produces inert alumina ceramic balls, and it is large-scale production, of course, but there is a special. It’s even better if it only makes inert ceramic balls. Therefore, this is the premise of low price inert alumina ceramic balls.

Get contact information at a low price
E-mail: lizhi@pxball.cn
Wechat ID: pxlizhi
Contact: Li Zhi

Select low price inert alumina ceramic ball key elements:
Alumina content: The main component of inert porcelain balls is alumina (Al₂O₃), and its content directly affects the performance of porcelain balls. High purity alumina (such as more than 99%) has better chemical stability and mechanical strength, but the cost is higher; Low purity alumina (such as 90%-95%) has a lower cost and is suitable for general applications.
Impurities: Impurities (such as SIO2, Fe₂, and ₃) affect the chemical and thermal stability of the porcelain ball. A ball with the right purity should be ₃ according to the application environment.
Compressive strength: Porcelain balls need to have sufficient compressive strength to withstand the pressure in the reactor or tower.
High temperature resistance: Inert porcelain balls need to maintain stable physical and chemical properties at high temperatures. When selecting, it is necessary to consider its maximum operating temperature (usually up to 1600 ° C or more) and thermal shock stability.

Corrosion resistance: Inert porcelain balls need to be stable in acid, alkali or other corrosive media. High purity alumina porcelain balls usually have excellent corrosion resistance.

Specification size: The diameter of the porcelain ball should be selected according to the equipment size and application requirements. Smaller porcelain balls (such as 3-6mm) are suitable for high-precision filling or reactors, and larger porcelain balls (such as 10-50mm) are suitable as support or dispersion media.

Application scenario
Catalyst carrier: Select porcelain balls with high purity and high specific surface area to improve catalyst loading capacity and reaction efficiency.

Packing: Select porcelain balls with uniform size and good chemical stability to improve mass and heat transfer efficiency.
Support material: Select high strength, high temperature resistant porcelain balls to support the catalyst or other fillers.

Sum up
When selecting low price inert alumina ceramic balls, it is necessary to consider factors such as chemical composition, physical properties, thermal stability, chemical stability, size and shape, application scenarios and cost. According to the specific needs, choose the most suitable type of porcelain ball, especially the quality, to ensure that it plays the best performance in the application, while not affecting the use of the effect, to achieve the maximum economic benefits.