The vacuum filter is mainly used for liquid-solid filtration under vacuum conditions. It has been widely used in laboratories nowadays. Though filtration can be done simply with gravity, more often vacuum filtration is employed because it is much faster. Several points are worth remembering. First, be sure to clamp your filter flask securely. These flasks are easily upended. Use the trap between your filter flask and the aspirator. Also, be sure to use thick-walled vacuum tubing and not the thin-walled tubing used for water lines.

Features:
• High-quality Borosilicate glass 3.3 with excellent physical and chemical properties for glass parts.
• Perfect sealing property and no dead corner design for charging solution or power more easily.
• One vacuum valve for connecting the vacuum pump for processing vacuum filtration.
• Cost-saving modular design and can be customized by clients' requirements.
• Safe in operation, easy to move around with lockable casters.

The thin film evaporator consists primarily of a heating jacket, an internally rotatable wiper, and a condenser and vacuum system. In the high vacuum system, the feeding liquid is fed from the upper part of the evaporator. After that, under the driving of the gravity and the rotating wiper, a downwardly swirling film is formed along the inner wall surface of the jacket. The finishing fluid is discharged from the bottom discharger, while the steam is discharged from the upper part. The system is very suitable for liquid materials with high viscosity, easy crystallization, easy scaling, suspended solids or heat sensitive properties, and is widely used for pretreatment and finishing of products in the chemical, pharmaceutical, health care and other industries.

Features:
• The glass parts are made of high borosilicate 3.3 material, with excellent visibility;
• The magnetic coupling seal can maintain a higher vacuum degree to ensure the evaporation effect;
• Scraper film forming design, contact material stainless steel 316L+PTFE;
• The sealing ring is made of fluorine rubber or tetrafluoroethylene, suitable for different material applications;
• The main evaporator can be designed with the full jacket and full insulation to ensure material fluidity;
• Digital display Pirani vacuum gauge, accurate feedback of vacuum degree;
• Multi-plan structure configuration to guarantee different material and different process requirements;

The main components of the glass short path molecular distillation are made of high borosilicate 3.3 material, and the evaporator is made of glass sintering, which is easy to clean without dead corners. At the same time, it reduces the number of interfaces and ensures high vacuum; the experimental materials are distilled from feeding to collecting materials. The process is intuitive and visual, and the parameter settings can be adjusted at any time according to the experimental phenomenon, which makes it convenient to quickly find the best process conditions. The high borosilicate glass also has good corrosion resistance, which is an ideal choice for experimental research and development or small-scale production.

Features:
• The glass parts are made of high borosilicate 3.3 material, with excellent visibility;
• The magnetic coupling seal can maintain a higher vacuum degree to ensure the evaporation effect;
• Scraper film forming design, contacting material part take stainless steel 316L PTFE;
• The sealing ring is made of fluorine rubber or tetrafluoroethylene, suitable for different material applications;
• The main evaporator has been designed with a full jacket and full insulation to ensure material fluidity;
• Digital display Pirani vacuum gauge, display high vacuum number;
• Multi-plan structure configuration to guarantee different materials and different process requirements.