LGB50 Dry Screw Vacuum Pump Reliable Vacuum Solutions for Industrial Applications

Description：

The LGB50 Dry Screw Vacuum Pump is a high-performance solution featuring advanced variable pitch screw technology. Designed for oil-free and efficient operation, this pump ensures reliable vacuum performance across various industrial applications, including chemical processing, electronics manufacturing, and pharmaceutical production. Its innovative design minimizes energy consumption while providing a clean and eco-friendly vacuum solution.

Description of the target industry or application scenario

1, Chemical Industry: Provide efficient, pollution-free vacuum support for distillation, drying and filtration.

2. Pharmaceutical Production: Meet the needs of aseptic environment and support drug production process.

3, Electronics Manufacturing: Provide stable, clean vacuum environment, suitable for semiconductor and electronic component manufacturing.

4, Food Processing: for vacuum packaging and freeze-drying process.

5, Environmental Applications: suitable for gas recovery and waste gas treatment.

Technical features:

1, equal pitch screw design: improve vacuum efficiency, reduce operating energy consumption.

2, oil-free design: to ensure a clean vacuum environment, reduce pollution and maintenance costs.

3, high efficiency: optimize energy use, suitable for long-term continuous operation.

Recommended use:

o Designed for industrial environments that require no pollution and high efficiency.

LGB70 dry screw vacuum pump with variable pitch technology, providing oil-free and high-efficiency vacuum support for chemical, pharmaceutical, electronics, food processing, and environmental industries.

1. What are the key features of the Screw Vacuum Pump?

The Screw Vacuum Pump operates without oil in the pump chamber, ensuring no contamination of the vacuum system. This enhances product quality and eliminates issues such as oil emulsification and frequent maintenance, significantly reducing operational costs.

2. Why choose a Dry Screw Vacuum Pump for industrial applications?

A Dry Screw Vacuum Pump offers high ultimate vacuum levels, making it suitable for medium and low vacuum applications. Its oil-free operation ensures minimal environmental impact and supports sustainable industrial practices.

3. How does a Variable Pitch Screw Vacuum Pump enhance performance?

The Variable Pitch Screw Vacuum Pump optimizes compression efficiency by adjusting the pitch of the screws, reducing energy consumption and maintaining consistent performance in demanding industrial environments.

4. What are the advantages of a Dry Variable Pitch Screw Vacuum Pump?

The Dry Variable Pitch Screw Vacuum Pump combines oil-free operation with variable pitch technology, making it ideal for processes like pharmaceutical distillation, chemical drying, and degassing, where precision and cleanliness are critical.

5. What are the technical specifications of the LG 150 Screw Vacuum Pump?

The LG 150 has a rated flow of 540–650 m³/h, an ultimate vacuum of 5 Pa, and operates at a power of 18.5 kW with a rotational speed of 2930–3500 r/min. It is suitable for medium and low vacuum applications in industries like metallurgy and drying.

6. How does a Screw Vacuum Pump contribute to vacuum brazing?

Screw Vacuum Pumps provide stable vacuum environments required for vacuum brazing in industrial furnaces. Their oil-free design ensures contamination-free processes, improving joint integrity and product quality.

7. Why are Dry Screw Vacuum Pumps preferred for vacuum drying?

Dry Screw Vacuum Pumps excel in vacuum drying applications due to their ability to handle water vapor and dust-laden gases without degradation. This makes them ideal for drying wood, vegetables, and chemicals.

8. How does corrosion-resistant coating improve Screw Vacuum Pump performance?

Corrosion-resistant coatings enable Screw Vacuum Pumps to handle aggressive chemical vapors and reactive gases, extending the pump’s service life and maintaining efficiency in harsh operating environments.

9. What makes the LG 300 Screw Vacuum Pump suitable for vacuum metallurgy?

The LG 300 achieves a rated flow of 1080–1300 m³/h and operates at an ultimate vacuum of 5 Pa, making it ideal for processes like vacuum degassing and special steel refining in the metallurgical industry.

10. How does a Variable Pitch Screw Pump support environmental sustainability?

The Variable Pitch Screw Pump reduces energy consumption by optimizing compression efficiency. Its oil-free operation minimizes pollution, contributing to sustainable industrial processes and resource conservation.

Why are Dry Screw Vacuum Pumps ideal for Aerospace Testing?
Dry screw vacuum pumps, such as the GB series, deliver reliable performance for aerospace testing by providing oil-free operation and high vacuum levels. Their ability to handle condensable gases and dust makes them ideal for advanced aerospace applications.

What makes Screw Vacuum Pumps suitable for Refrigeration Leak Testing?
Screw vacuum pumps provide stable vacuum environments for refrigeration leak testing. The GB series pumps’ oil-free operation prevents contamination, ensuring accurate testing for refrigeration systems while maintaining environmental safety.

How do Variable Pitch Screw Pumps enhance Automotive Vacuum Casting?
Variable pitch screw pumps, like the GB series, offer efficient gas handling with a frictionless design. Their ability to manage condensable gases and fine particles ensures consistent performance in automotive vacuum casting processes.

Why choose Dry Screw Vacuum Pumps for Lithium Battery Drying?
Dry screw vacuum pumps provide oil-free operation and high vacuum levels essential for lithium battery drying. The GB series efficiently removes water vapor and contaminants, improving the quality and performance of battery production.

What are the benefits of Screw Vacuum Pumps for Nuclear Fuel Processing?
Screw vacuum pumps are ideal for nuclear fuel processing due to their oil-free design and ability to handle radioactive gases. The GB series ensures safe and efficient operation in highly controlled environments, reducing maintenance needs.