How Temperature Affects the Performance of a Powder Sieving Machine
Temperature is an important factor to consider when using a powder sieving machine. The performance of the machine can be affected by the temperature of the material being sieved. It is important to understand the requirements for material temperature in order to ensure optimal performance of the machine.
When the material is too cold, it can cause the sieving process to be slower and less efficient. This is because the material is more difficult to move through the sieving machine when it is cold. Additionally, the material may not be able to pass through the sieving mesh as easily when it is cold.
| Model NO.: | R800-1S |
| Material: | Contact part SS304 stainless steel |
| Surface treatment: | 304 part polish, other part blue powder coating |
| Screen layer: | 1 deck |
| Screen diameter: | 30 inch / 800 mm |
| Net type: | Stainless steel wire mesh |
| Mesh size: | 100 ~ 5000 microns |
| Voltage: | 380v, 50hz, three phase |
| Motor brand: | OLI |
| Power: | 0.4Kw |
| Overall dimension: | 900*800*930mm |
| Net weight: | 136 kg |
On the other hand, when the material is too hot, it will accelerate the wear of seals and mesh net, increasing your maintenance costs.
In order to ensure optimal performance of the powder sieving machine, it is important to maintain the material temperature within a certain range. Generally, the material should be kept between 10-50°C. This temperature range allows the material to move through the sieving machine efficiently without sticking to the sieving mesh. Gyratory screener can withstand higher temperatures because it has metal parts inside. Ultrasonic sifter can only withstand temperatures of 40 degrees Celsius, as high temperatures will destroy the transducer. Vibro sieving machine can process powder products with max 40 degrees Celsius.
In conclusion, temperature is an important factor to consider when using a powder sieving machine. It is important to understand the requirements for material temperature in order to ensure optimal performance of the machine. Generally, the material should be kept between 10-50°C in order to ensure efficient sieving.
