About Vacuum Pump For Process Industries
The Vacuum Pump for Process Industries is engineered to deliver exceptional performance across diverse industrial applications. This electric-powered pump operates under high pressure, ensuring optimal functionality for complex processes like dehydration, filtration, distillation, evaporation, drying, deodorization, and venting. With a robust flow rate ranging from 50 m/hr to 1080 m/hr, it efficiently handles demanding operations. The pump achieves an impressive maximum suction capacity of 720 mm of Hg, making it suitable for moisture extraction and concentration processes. Constructed using premium materials such as cast iron, SS-304, SS-316, bronze, and gun metal, the pump is tailored to meet specific process requirements. It features an advanced sealing system with mechanical seals and gland packing for guaranteed leak-proof operation. Its inlet/outlet connections are custom-designed to ensure seamless integration. Available in various sizes, this vacuum pump is durable, reliable, and versatile, making it indispensable for process industries seeking top-tier performance and efficiency.
FAQs of Vacuum Pump For Process Industries:
Q: What are the materials used in this vacuum pump?
A: The pump is constructed using cast iron, SS-304, SS-316, bronze, gun metal, or materials customized as per process requirements.
Q: What applications are suitable for this vacuum pump?
A: It is ideal for dehydration, filtration, distillation, evaporation, drying, deodorization, evacuation, sterilizing, conveying, venting, sucking, moisture extraction, and concentration processes.
Q: What is the maximum suction capacity?
A: The vacuum pump delivers a maximum suction capacity of 720 mm of Hg.
Q: What flow rate does this pump offer?
A: The pump provides a flow rate ranging from 50 m/hr to 1080 m/hr, depending on the model and specifications.
Q: What type of sealing system is incorporated in this pump?
A: The pump utilizes mechanical seals and gland packing for effective sealing and leak prevention.