• High efficiency, low resistance, large dust capacity

  The liquid tank type high efficiency filter without partition adopts special filter material and design, which makes it have extremely high filtration efficiency and low pressure loss. Its unique liquid tank sealing technology enables the filter to maintain low resistance throughout the use process, while the large dust holding capacity ensures a long period of use without frequent replacement, reducing maintenance costs.

• Easy installation and good sealing performance

  The filter is designed with ease of installation in mind, simplifying the installation process and making it easy for the operator to complete the installation task. In addition, the liquid-tank sealing method provides excellent sealing performance, ensuring that the filter works stably in various environments and preventing the intrusion of external contaminants.

• Low dosing volume and low operating costs

  Due to the design of the non-spacer structure, the flocculant dosage of the liquid tank type high-efficiency filter is greatly reduced in the process of using, which is only 1/2 to 1/3 of the traditional technology, which directly leads to a significant decrease in the operating cost. With the improvement of cycle water production, the running cost per unit of water is further reduced, which saves a lot of expenses for the enterprise.

• Small footprint

  Compared with the traditional filtration equipment, the liquid tank type high efficiency filter without separator greatly reduces the volume of the equipment under the premise of ensuring the same filtration effect. This means that efficient air purification can be realized in a limited space, especially suitable for environments with tight space.

• Strong adjustability

  A major feature of the filter is the adjustability of its parameters, including filtration precision, dirt-holding capacity and filtration resistance, etc. These parameters can be adjusted according to the actual needs to adapt to different working environments and requirements, which enhances the flexibility and applicability of the filter.

• Durable filter media

  The filter media used in the liquid tank type non-spacer high efficiency filter has a lifespan of more than 20 years, which means that once it is installed in place, it hardly needs to be replaced, greatly reducing the cost of long-term operation and the complexity of maintenance work.

Application Areas

• Medical industry: hospitals, operating rooms, laboratories and other places that require a highly clean air environment.

• Pharmaceutical industry: drug production workshop, sterile room, etc., to ensure the purity of the production environment.

• Electronics industry: semiconductor manufacturing, LCD production and other precision manufacturing areas, the air cleanliness reqirements are extremely high.

• Food industry: food processing, packaging and other links to avoid contamination and cross-infection.

• Other fields: including biotechnology, optics, printing, chemical industry and other places that need to control air pollution.

Installation Steps

• Confirm the flatness and space size of the installation location to ensure that the filter can be installed smoothly.

• Place the filter at the intended location and check whether there is enough space for installation.

• Connect the filter to the piping to ensure the sealing and stability of the connection.

• Install the liquid tank and inject the appropriate amount of sealing liquid into the tank to the designed depth.

• After the installation is completed, carry out sealing check and test run to ensure that the filter works properly.

Maintenance and upkeep

• Regular inspection: Regularly check the sealing and filtration efficiency of the filter to ensure that it meets the usage requirements.

• Cleaning and Replacement: Clean or replace the filter material at the right time according to the usage and test results to maintain the filtration efficiency.

• Monitor the liquid level: Monitor the liquid level in the liquid tank to ensure that the liquid is sufficient and there is no leakage.

Design Features

• High filtration efficiency: mainly used for filtering airborne suspended particles above 0.3μm, the filtration efficiency reaches H13 and H14 grade and meets EN1822 standard.

• Unique liquid groove sealing technology: Liquid sealant is used instead of the traditional spacer to ensure the sealing performance of the filter and simplify the installation process.

• Optimized airflow path: The spacerless design reduces resistance and ensures optimal airflow through, resulting in high dust holding capacity and full use of the filter media throughout the entire depth of the filter.

• Compact structure and easy installation: the outer frame of the filter is mostly made of aluminum profiles, which is lightweight and easy to install and maintain.

• High safety: the filter is sealed with a special sealant all around to ensure the sealing of the whole filter, while plastic spraying protective mesh is installed on the inlet and outlet surfaces of the filter to protect the filter paper from being damaged.

Material Selection

• Filter material: ultra-fine glass fiber filter paper with high filtration efficiency and good physical properties.

• Sealant: Polyurethane or similar liquid sealant is usually used, with good chemical stability and sealing performance.

• Frame: Aluminum profile, lightweight and high strength, helps to reduce the overall weight of the filter.

Technical Parameters

• Dimensions (WHD): e.g. 32032093mm, 45045093mm, 61061093mm, etc., can also be customized according to customer requirements.

• Rated air volume (m³/h): according to different sizes, the air volume ranges from several hundred to thousands to meet the needs of different application scenarios.

• Filtration efficiency (%): H13 grade 99.97%@0.3μm, H14 grade 99.99%@0.3μm, some products can even reach U15 grade 99.999%@0.1-0.2μm.

• Initial resistance and final resistance (Pa): according to specific product specifications and usage, the initial resistance is generally in the range of tens to hundreds of Pascals, and the final resistance is usually about twice the initial resistance.