High Performance Centrifugal Atomizing Powder Manufacturing Equipment For 0-200um Particle Size

Centrifugal Atomization Powder Production Equipment for producing superfine metal and alloy powder with 0-200um particle size

1. Overview

1. The principle of rotating-disk centrifuge atomization technology: metal liquid flows from smelting furnace to the center of high-speed rotating disk through current-limiting guiding device, and then distributes radially, forming a molten metal thin membrane over rotating disk and this membrane reaching the edge of rotating disk under the effects of inertia and centrifugal force, and consequently the thin membrane is atomized into droplets and furthermore they are solidified into powder. By controlling the parameters of atomizing temperature and rotating speed of rotating disk, atomization can produce high-qualified non-hollow-bore powdered material with uniform particle size, good flow-ability and good arrangement.

2.The equipment is suitable for producing metal and alloy powders with various melting points, such as solder, aluminum powder, magnesium powder, Sn-Pb powder, Sn-Zn powder, copper powder, stainless-steel powder and other spherical powdered materials.

2. Main Description

Rotating-disk centrifugal atomization powdered material production line is consisted of smelting furnace, high rotating-speed centrifugal atomizer, and atomized powder collecting barrel. Each module is precisely controlled by intelligent controlling system.

3. Features

Currently, our company has developed a powder production line with a melting point up to 1750℃, high-speed electric motor 60000~120000rpm, and particle size 5~350 µm.

4. Application

• It is applied to the preparation of metal and alloy powders with various melting points, for battery materials, catalyser and injection molding, 3D printing materials;
• The powder produced with good flow-ability and arrangement;
• It reduces production costs and procedure steps, and produces high-qualified non-hollow powder with even particle size;
• Equipment technology is easily operated and maintained;
• The rotating speed for atomization is usually 20000~40000rpm, and daily output can reach more than 2 tons;

EasyFashion is the multifaceted supplier of Atomization Powder Manufacturing Equipment, Cemented Carbide Equipment and Heat Treatment Equipment being in 2008. We are most proud of our professional R & D team, experienced sales and after-sales team, for different materials in various areas of heat treatment requirements, we can provide customers in various industries with the most cost-effective solutions. Our high quality production equipment and excellent technological support can reduce the purchasing cost and investment risk of our customers. Our main focused areas are powder metallurgy, cemented carbide, carbon and silicon carbide composites, vacuum heat treatment and other high-end industries.

We adheres to the tenet of "becoming the global leading service supplier of intelligent materials and intelligent equipment solutions", and strictly adheres to "efficient, serious and committed". With the collaboration of a more than 20 people professional R & D and design team and a more than 10 people professional sales and after-sales team. Provide high international standard professional equipment and high standard service to customers all over the world in different languages.

Over 500 customers home and abroad have put their invaluable trust in us since our establishment. In recent years, with the aid of remarkable technology strength and highly dedicated employees, EasyFashion has emerged as the leading enterprise in industry with over 20 new-developed products and 70 patents.

Our technology originates from our research on customer needs and application fields. In the process of continuous communication and collaboration with customers, we customize the best solution for customers with our technology and experience. To help them maintain a competitive advantage in the industry. Our skilled engineers communicate with customers to help them solve complex problems and optimize process capability.