Manifold Vacuum Filtration Unit LMVF-T2010

Introduction

Manifold Vacuum Filtration Unit includes a single branch type glass funnel that provides efficient filtration. A pore size of 20 µm maintains a good balance between efficiency and flow rate. Equipped with a 316 flask with nonground glass to prevent contamination while pouring. Operates at 121°C high temperature for sterilization and effectively removes 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	1 Branch
Funnel	Glass
Support Screen
Pore Size	20 µm
Connection	Ground joint
Holder	SS316
Dimension	270×230×130 mm
Weight	3 Kg

Features

High-Quality Leakage-Proof and Press-Resistance

Built-in Ground Joint Connection

Equipped with an individual control valve

support screen

FAQs

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

It Manifold Vacuum Filtration Unit is designed with a high-quality, leakage-proof, and press-resistant construction. The 316L stainless steel holder is resistant to alkalis, acids, and other corrosive substances, providing robust protection against chemical hazards. The built-in ground joint connection and individual control valve ensure secure, controlled filtration without the risk of contamination or leakage. These safety features are essential for maintaining the integrity of the liquid being filtered, especially in sensitive applications like pharmaceuticals or food processing.

2. Can the Manifold Vacuum Filtration Unit be used for filtering high-temperature liquids?

Yes, the Manifold Vacuum Filtration Unit is capable of operating at temperatures up to 121°C, which is essential for sterilization processes. This high-temperature tolerance ensures that liquids can be filtered without compromising the safety of the filtration unit. The vacuum-resistant flask with nonground glass further prevents contamination during high-temperature operations, making the filtration unit ideal for medical, food, and research applications that require sterile filtration.

3. What industries and applications benefit most from using the Manifold Vacuum Filtration Unit?

Manifold Vacuum Filtration Unit is versatile and widely used across various industries, including pharmaceuticals, environmental monitoring, food and beverage, and academic research. In the pharmaceutical industry, it ensures sterile filtration of liquids, while in food processing, it helps remove unwanted particles from beverages and other liquids. It is also beneficial for environmental monitoring applications where particle contamination must be removed from samples. The unit’s reliability and efficiency make it a popular choice in research laboratories and institutions as well.

4. How easy is it to maintain and clean the Manifold Vacuum Filtration Unit?

Manifold Vacuum Filtration Unit is designed with high-quality stainless steel construction holder and support screen, which are both resistant to corrosion and easy to clean. Regular cleaning involves rinsing the glass funnel and the flask with appropriate solvents after each use to avoid contamination. The unit’s simple design and durable materials make it resistant to damage, even with frequent cleaning and sterilization. Users should ensure that the funnel and ground joint connections are dry and free from any residues will help maintain optimal filtration performance.

5. Is the Manifold Vacuum Filtration Unit suitable for filtering liquids?

Yes, the Manifold Vacuum Filtration Unit is designed primarily for filtering liquids but can handle liquid-solid mixtures as well. The 20 µm pore size of the glass funnel ensures that particles of that size and larger are effectively trapped, leaving behind filtered liquids. This makes it ideal for use in a variety of applications, including food and beverage processing, chemical analysis, and research where particulate contamination needs to be minimized. The filtration unit is highly effective at removing unwanted solids from liquids while maintaining efficient flow rates.