Well-sealed sigma mixer, no bubbles will appear in the mixing chamber.
1. Sealing structure: Sigma mixer is usually designed as a double-layer structure, with the mixing chamber located on the inner layer and the outer layer used to install the sealing device.
2. Sealing materials: Use high-quality sealing materials, such as rubber, silicone, etc., to ensure reliable sealing effects and resist chemical substances and high temperatures.
3. Sealing equipment: Sigma mixer is usually equipped with sealing equipment, such as mechanical seal or packing seal. Mechanical seals are typically used in high pressure or high temperature environments, while packing seals are used in relatively lower pressure and temperature conditions.
◪Material leakage
Lack of sealing may cause mixed materials to leak around the sigma mixer, causing contamination in the workplace.
◪Safety issues
May increase operator exposure risk, especially when handling hazardous or volatile substances, which may lead to health and safety issues.
◪Reduces mixing efficiency
Material loss may occur due to lack of sealing during the mixing process, resulting in reduced mixing effect.
◪Process instability
An unsealed mixing chamber may cause instability in process conditions, such as temperature and pressure fluctuations, affecting product quality consistency.
◪Equipment damage
The sigma mixer is not sealed, which may expose critical components to the external environment, thereby accelerating wear and damage.
◪Difficulty cleaning
A non-sealed mixing chamber may make cleaning the equipment more difficult as impurities and residue may be difficult to remove.