Cinq fonctions des fournisseurs de balles creuses

Hollow balls suppliers is a high-performance lightweight refractory material with the characteristics of low density, haute résistance, résistance aux hautes températures, and excellent thermal insulation performance. It is widely used in many fields.

Cinq fonctions des fournisseurs de balles creuses

Thermal insulation

Alumina hollow balls can be used for the thermal insulation of buildings. Since the inside of the alumina hollow balls is hollow, when the outside temperature is transmitted to the room, it will be hindered by the air, thereby reducing the speed of heat transfer and achieving the effect of thermal insulation. En outre, alumina hollow balls also have fireproof properties, making buildings safer in the event of a fire.

Manufacturing lightweight materials

Alumina hollow spheres can also be used to make lightweight materials. Since the density of alumina hollow spheres is very low, they can be mixed with other materials to make the mixed materials lightweight. This material can be used to make parts for vehicles such as cars and airplanes to reduce weight and improve operating efficiency.

As adsorbent

Alumina hollow spheres can also be used as adsorbents. Since the surface area of ​​alumina hollow spheres is large, they can adsorb gases and liquids in the surrounding environment to purify the environment. Par exemple, alumina hollow spheres can be used in waste gas treatment, traitement de l'eau, et d'autres domaines.

Filling material

Alumina hollow balls can also be used as filling materials. Because the shape of alumina hollow balls is spherical, they can be filled in some smaller gaps to fill gaps, reduce noise, prevent vibration, etc..

As a catalyst

Alumina hollow spheres can also be used as catalysts. Since the surface area of ​​alumina hollow spheres is large, catalysts can be coated on their surface to improve the efficiency of the catalyst. Par exemple, in the chemical industry, alumina hollow spheres can be used as catalysts to accelerate chemical reactions.