Stainless Steel Vacuum Filter LSVF-T2011

Introduction

Stainless Steel Vacuum Filter features a 10 glass storage bottle for collecting the filtered liquid. It utilizes negative pressure vacuum filtration for enhanced filtration speed and improved separation accuracy. The filter features a 304 stainless steel funnel and a durable aluminum alloy and stainless-steel frame. Its universal wheel and brake system at the base allows the entire setup to be relocated conveniently. Our filter is designed for efficient solid-liquid separation, material drying, and liquid decontamination processes.

This vacuum filtration unit is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Our Stainless Steel Vacuum Filter is used for solid-liquid separation, material drying, and liquid decontamination in laboratories and industrial processes. It is ideal for chemical, pharmaceutical, and research applications requiring efficient vacuum filtration.

Specifications

Glass Filter Flask Volume	10 L (spherical shape)
Vacuum Degree	0.098 MPa
Filter Flask Diameter	Φ 280 mm
Number of Ports	3
Funnel Connection Port	Φ80 mm flange port
Vacuum Port	Standard port
Material Discharge Port	Φ 45 mm spherical convex port
Vacuum Valve	Vacuum nozzle with 12 mm outer diameter pagoda joint
Discharge Valve Material	Glass + core C type valve
Discharge Port Diameter	20 mm
Funnel Dimensions	Φ 350 × 220 H mm about 21 L
Overall Dimension	500 × 520 × 1230 mm
Packing Dimension	1300 × 560 × 640 mm
Packing Volume	0.47 m³
Net Weight	24 kg
Gross Weight	50 kg

Features

Glass material discharging valve

Funnel supports different filter materials

Stable performance with durable construction

Compact and sturdy design

FAQs

1. What is the capacity of the Glass Filter Flask in the Stainless Steel Vacuum Filter and why is it designed in a spherical shape?

Stainless Steel Vacuum Filter features a 10?L high borosilicate glass filter flask in a spherical shape. This design ensures even pressure distribution during vacuum operation, reducing stress points on the glass and providing greater durability. The spherical shape also improves liquid collection efficiency and makes cleaning easier compared to cylindrical flasks.

2. How does the Stainless Steel Vacuum Filter utilize negative pressure vacuum filtration to enhance performance?

Stainless Steel Vacuum Filter operates using negative pressure vacuum filtration, where a vacuum pump creates a low-pressure environment inside the filter flask. This pressure difference draws the liquid through the filter medium quickly and effectively, allowing faster solid-liquid separation, improved filtration accuracy, and better handling of viscous or fine-particle suspensions without applying mechanical force.

3. What materials are used in the construction of the Stainless Steel Vacuum Filter , and how do they contribute to durability?

This Stainless Steel Vacuum Filter incorporates a 304 stainless steel funnel, an aluminum alloy and stainless steel frame, and a glass + discharge valve. These materials offer corrosion resistance, chemical stability, and long-term durability, making the filter suitable for rigorous laboratory and industrial environments handling aggressive solvents or reactive substances.

4. How does the Stainless Steel Vacuum Filter ensure safe and efficient discharge of filtered materials?

Stainless Steel Vacuum Filter is equipped with a glass material discharging valve that uses a core C-type valve, providing excellent chemical resistance and preventing contamination. Its ?45?mm spherical convex material discharge port and 20?mm discharge port diameter allow smooth outflow of filtered liquids while maintaining sample purity, making it suitable for sensitive chemical and pharmaceutical applications.

5. What are the advantages of the funnel and connection ports in the Stainless Steel Vacuum Filter ?

Stainless Steel Vacuum Filter has a stainless steel funnel measuring ?350?×?220?H?mm and a ?80?mm flange connection port, designed to support multiple filter media such as filter cloth, screen, or membrane. The standard vacuum port and three-port design ensure secure sealing and efficient operation, while the durable construction provides leak-proof filtration under high vacuum conditions.