LGB 180 Variable Pitch Screw Vacuum Pump – High-Efficiency Oil-Free Solution

Description：

The LGB 180 Variable Pitch Screw Vacuum Pump is designed for high-capacity and oil-free industrial applications. With a rated flow of 650 m³/h, ultimate vacuum pressure of 5 Pa, and a 15kW motor, it operates at 2940 rpm while maintaining a noise level of 78 dB(A). Built for efficiency and reliability, this 840 kg pump is ideal for chemical processing, electronics manufacturing, food production, and environmental applications.

Target industry or application scenario description

1. Chemical industry: supports solvent recovery, distillation, and drying processes to optimize production efficiency.

2. Electronic manufacturing: Provides a clean vacuum environment suitable for semiconductor and electronic component manufacturing.

3. Food processing: used for vacuum packaging and freeze-drying to improve food quality and shelf life.

4. Environmental protection industry: Provide efficient vacuum solutions for gas recovery and waste gas treatment.

5. Pharmaceutical industry: Meet the demand for aseptic production and provide stable vacuum support for the core process of drug production.

1. How does a Screw Vacuum Pump support vacuum brazing in industrial furnaces?

Screw Vacuum Pumps provide stable, oil-free vacuum environments required for vacuum brazing. This ensures clean and precise bonding of metals, improving the structural integrity of components in industrial furnace applications.

2. Why are Dry Screw Vacuum Pumps ideal for thin film deposition?

Dry Screw Vacuum Pumps maintain contamination-free conditions, critical for thin film deposition in PVD and CVD processes. Their oil-free design ensures high-quality coatings with uniform thickness and enhanced adhesion.

3. What makes Screw Vacuum Pumps essential for vacuum induction furnaces?

Screw Vacuum Pumps achieve high vacuum levels (5 Pa) necessary for vacuum induction melting, ensuring precise temperature control and reducing impurities in metallurgical applications.

4. How does a Variable Pitch Vacuum Pump improve resin impregnation in the electrical industry?

The Variable Pitch Vacuum Pump provides consistent vacuum levels, enabling deep penetration of resin into electrical components. This enhances insulation quality and extends the lifespan of transformers and capacitors.

5. Why choose a Screw Vacuum Pump for freeze-dried vegetable production?

Screw Vacuum Pumps efficiently handle water vapor, ensuring uniform drying of vegetables without compromising their texture or nutritional value. Their oil-free operation guarantees contaminant-free processing.

6. How does a Dry Screw Vacuum Pump enhance solvent recovery in the chemical industry?

Dry Screw Vacuum Pumps effectively recover solvents by creating stable vacuum conditions, reducing operational costs and minimizing environmental impact. Their corrosion-resistant coatings ensure longevity in harsh chemical environments.

7. What are the advantages of a Variable Pitch Screw Vacuum Pump for pharmaceutical freeze drying?

Variable Pitch Screw Vacuum Pumps provide precise vacuum control for pharmaceutical freeze drying, ensuring moisture is removed evenly. This guarantees product stability and extends shelf life.

8. How do Dry Screw Vacuum Pumps support PVD and CVD coating processes?

Dry Screw Vacuum Pumps create ultra-clean environments essential for PVD and CVD coating processes. They ensure consistent vacuum levels, resulting in high-quality coatings with superior durability.

9. What role do Screw Vacuum Pumps play in VOC emissions control?

Screw Vacuum Pumps effectively capture and process volatile organic compounds (VOCs), ensuring compliance with environmental regulations. Their oil-free design reduces maintenance needs and operational costs.

10. Why are Screw Vacuum Pumps important for cold storage and drying in the food industry?

Screw Vacuum Pumps maintain precise temperature and vacuum conditions for cold storage and drying. This preserves food quality while extending shelf life and ensuring contamination-free processing.