Manifold Vacuum Filtration Unit LMVF-T2011

Introduction

Manifold Vacuum Filtration Unit incorporates a three-branch type glass funnel allowing filtration of multiple samples simultaneously. Features a 20 µm pore size, ensuring a favorable equilibrium between filtration efficiency and flow rate. Utilizes a 316 flask with non-ground glass, safeguarding against contamination during pouring. Operates at a high temperature of 121°C for sterilization, effectively eliminating particles and bacteria from liquids.

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

Manifold Vacuum Filtration Unit finds widespread use across industries including pharmaceuticals, environmental monitoring, food, and beverage, as well as in research institutions and academic laboratories, catering to diverse filtration needs.

Specifications

Type	3 Branch
Funnel	Glass
Support Screen
Pore Size	20 µm
Connection	Ground joint
Holder	SS316
Dimension	480×260×130 mm
Weight	6 Kg

Features

High-Quality Leakage-Proof and Press-Resistance

Built-in Ground Joint Connection

Equipped with an individual control valve

support screen

Stainless steel tap for multi-branch filtration system

FAQs

1. What makes the It Manifold Vacuum Filtration Unit suitable for simultaneous filtration of multiple samples?

It Manifold Vacuum Filtration Unit features a three-branch glass funnel that allows you to filter multiple samples at once, making it highly efficient for batch processing. This design increases productivity by reducing the time spent on each filtration cycle. With each branch functioning independently, the unit ensures equal filtration across samples. This makes it ideal for research labs or industrial environments where high-throughput filtration is required.

2. How does the Manifold Vacuum Filtration Unit ensure safety during operation?

Manifold Vacuum Filtration Unit is built with a corrosion-resistant 316L stainless steel holder, providing robust protection against chemicals, alkalis, and acids, ensuring long-term durability. The unit also includes a vacuum-resistant flask with non-ground glass, preventing contamination when pouring out filtered liquids. The transparent organic glass lid allows users to monitor the filtration process, adding an extra layer of safety and convenience. These safety features are particularly beneficial in environments where precise control over the filtration process is crucial.

3. Can the Manifold Vacuum Filtration Unit be used for high-temperature sterilization?

Yes, the Manifold Vacuum Filtration Unit is designed to operate at high temperatures up to 121°C, making it ideal for sterilization processes. This high-temperature tolerance ensures that the filtration unit can effectively eliminate particles and bacteria from liquids during the filtration process. It is useful in the pharmaceutical and food industries, where maintaining sterile conditions is essential. The non-ground glass flask is specifically designed to withstand these high temperatures without compromising the integrity of the liquids being filtered.

4. How easy is the Manifold Vacuum Filtration Unit to operate for beginners or less experienced users?

Manifold Vacuum Filtration Unit is designed to be user-friendly, with simple, clear controls that make it easy to operate. The built-in ground joint connection ensures a secure and leak-proof setup, and the transparent lid provides a clear view of the filtration process, allowing users to monitor it closely. The filtration unit can be easily used by both seasoned professionals and beginners in research or industrial settings with its straightforward design. The multi-sample filtration feature also helps streamline workflows.

5. How does the Manifold Vacuum Filtration Unit balance filtration efficiency and flow rate?

The Manifold Vacuum Filtration Unit features a 20 µm pore size that strikes an optimal balance between filtration efficiency and flow rate. This pore size ensures that particles and bacteria are effectively removed without significantly slowing down the filtration process. It allows for quick and efficient filtration, which is essential in high-throughput applications like pharmaceuticals or food and beverage production. The three-branch funnel design further enhances the unit's ability to maintain steady flow rates while handling multiple samples at once.