Number of views: 5313 Author: Editor of this site Release time: 2026-08-29 Source: This site
The partitioned high-efficiency filter has partitions between the filter material pleats to maintain the spacing between the filter materials and form a channel for air to pass through.
Depending on the material of the partition, common products can use paper partitions or aluminum partitions。
Both can be used in high-efficiency air filtration systems, but there are certain differences in material properties, use environment, product structure and project selection.
Simply put:
Paper Partition → Focus on general air filtration applications, product weight and cost configuration
Aluminum partition → Pay attention to material strength, structural stability and specific use environment
However, the actual selection cannot be judged only based on the partition material, but also needs to be confirmed based on the filtration efficiency, air volume, resistance, size and use environment.
The paper separator high-efficiency filter sets paper separators between the folded filter media to maintain a certain distance between the filter media pleats.
Its basic structure can be understood as:
Glass fiber filter media → folding → paper partition separation → sealing → outer frame
Paper separators are mainly used to maintain the pleat distance of the filter material while forming a relatively stable air flow channel.
Common structures include:
filter media |
paper partitions |
outer frame |
Sealing material |
|---|---|---|---|
fiberglass etc. |
corrugated paper partitions |
According to product configuration |
According to product configuration |
Paper partition structures can be used in clean rooms, HVAC, and other systems that require high-efficiency air filtration.
The main difference between the aluminum partition high-efficiency filter and the paper partition filter is that the filter materials are separated by aluminum partitions.
The basic structure is:
Glass fiber filter media → folding → aluminum partition separation → sealing → outer frame
Aluminum partitions have a certain degree of rigidity and can provide structural support for the pleat distance of the filter media.
Common structures can be organized as:
filter media |
Aluminum partition |
outer frame |
Sealing material |
|---|---|---|---|
fiberglass etc. |
Aluminum partition |
According to product configuration |
According to product configuration |
Actual materials and structures should be subject to specific product models and technical documents.
From the perspective of filter selection, you can focus on the following aspects:
Compare items |
Paper separator high efficiency filter |
Aluminum partition high efficiency filter |
|---|---|---|
Partition material |
paper material |
aluminum material |
structural support |
Paper separators maintain filter media pleat distance |
Aluminum partitions maintain filter media pleat distance |
Product weight |
usually lighter |
usually relatively increased |
Material rigidity |
Determined according to the paper separator structure |
Aluminum has certain rigidity |
Common applications |
Regular clean air filtration |
Select according to project environment and structural requirements |
Key points in selection |
Air volume, resistance, filtration efficiency, size |
Air volume, resistance, filtration efficiency, size and material requirements |
It needs to be emphasized here:
Different partition materials do not mean that the filtration efficiency level must be different.
For example, paper separator and aluminum separator products can adopt corresponding HEPA filtration efficiency levels according to specific product configurations.
The partition itself is not the only factor in determining the HEPA filtration efficiency rating.
The filtration performance of the filter filter material, filter structure, manufacturing process, sealing state, and test conditions .is related to factors such as
Therefore, we cannot simply think:
The filtration efficiency of aluminum separators must be higher than that of paper separators.
or:
Paper separators can only be used in a certain filtration efficiency class.
When purchasing, you should check the filtration efficiency, test standards and detection data corresponding to the specific model.。
Parameters that need to be confirmed |
Main content |
|---|---|
Filtration efficiency |
H13, H14, etc. |
Rated air volume |
m³/h |
initial resistance |
Pa |
size |
Length×width×height |
filter material |
fiberglass etc. |
Partition |
Paper partition/aluminum partition |
seal |
Determine based on product structure |
Paper partition high-efficiency filters can be used in a variety of clean air filtration systems.
For example:
clean room |
HVAC system |
Electronic manufacturing |
pharmaceutical environment |
|---|---|---|---|
Clean area air filtration |
Air conditioning air treatment |
Production environment filtering |
Clean production environment |
Hospital clean area |
laboratory |
food production |
Industrial air treatment |
air purification |
air handling system |
Clean air control |
Industrial air filtration |
Specific products need to be selected based on system air volume, installation size, filtration efficiency and operating conditions.
Aluminum partition high-efficiency filters can be used in clean rooms, air handling systems and other environments that require high-efficiency air filtration according to project requirements.
clean room |
HVAC |
Electronic manufacturing |
Industrial air treatment |
|---|---|---|---|
Clean air filtration |
air conditioning system |
production environment |
Industrial air purification |
laboratory |
pharmaceutical environment |
Precision manufacturing |
Clean equipment |
Experimental environment air treatment |
Clean production environment |
Production environment air filtration |
Matching air filtration |
If the project has clear requirements for the structural strength, material or use environment of the filter, you can confirm whether the aluminum partition configuration meets the project conditions during the selection stage.
This issue cannot be judged based only on the two materials 'paper' and 'aluminum'.
When choosing a high-efficiency filter for a clean room, it is more important to confirm:
Cleanliness level → Filtration efficiency → System air volume → Filter size → Initial resistance → Use environment
If the project is an ordinary clean air treatment system, the corresponding structure can be selected based on equipment design and cost configuration.
If the project has specific requirements for filter materials, structural strength or special environments, aluminum partition products can be further considered.
So a more accurate statement is:
Choose based on project conditions rather than simply judging which partition material is better.
uncertain.
Filter air volume is not determined by the partition material alone.
The actual air volume also depends on:
Filter size → Filter material area → Face velocity → Filtration efficiency → Initial resistance → System fan capacity
related.
Therefore, even if two filters have the same size, their rated air volumes may be different if the filter material structure, filtration efficiency or product design are different.
When purchasing, it is recommended directly according to the rated air volume and initial resistance of the specific model.to confirm
Usually, different partition materials will have an impact on product weight.
The aluminum material itself has a certain weight, so under the same size and structural conditions, the weight of products using aluminum separators may be different from that of paper separators.
However, the final weight is still related to:
filter size |
frame material |
Filter area |
Partition specifications |
|---|---|---|---|
Length×width×height |
Aluminum/galvanized/other |
Filter material dosage |
Material thickness and structure |
related.
Therefore, if the equipment has requirements for filter weight, it is recommended to confirm the product weight of the specific model before purchasing.
It can be judged in the following way:
01 Project environment |
02 Filtration efficiency |
03 System air volume |
04 Installation dimensions |
|---|---|---|---|
Routine/Special Environment |
H13/H14 etc. |
m³/h |
W×H×D |
05 Initial resistance |
06 Material requirements |
07 Product weight |
08 Installation conditions |
Pa |
Paper/Aluminum Partitions |
According to equipment requirements |
Confirmed on site |
Ultimately it can be summarized as:
Clarify the use environment → Confirm the filtration efficiency → Confirm the system air volume → Confirm the installation dimensions → Select the partition material → Confirm the specific model
Aili Industrial's high-efficiency filter products can be configured according to the filtration requirements and structural requirements of different projects.
For high-efficiency filters with partitions, customers can confirm according to the actual project:
Filtration efficiency + size + air volume + resistance + partition material + frame material
Aili Industry also covers high-efficiency filters, ultra-high-efficiency filters, FFU, EFU and other clean air treatment products . Therefore, in FFU, EFU, clean room and air treatment system projects, filters can be matched with specific equipment.
For example, for ordinary clean room projects, you can focus on confirming the H13/H14 filtration efficiency, size and system air volume; for equipment supporting projects, you also need to pay attention to filter thickness, equipment space and fan matching.
If you are purchasing a paper separator or aluminum separator high-efficiency filter, you can first provide the following information:
Product use |
filter size |
System air volume |
Filtration efficiency |
|---|---|---|---|
Clean room/HVAC/equipment, etc. |
Length×width×height |
m³/h |
H13/H14 etc. |
Partition material |
frame material |
initial resistance |
Usage environment |
paper/aluminum |
Determine according to project |
Pa |
Temperature, humidity, etc. |
If it is a filter replacement project, it is recommended to provide photos of the original filter, product size, model and installation location.。
In this way, matching can be carried out based on the original system parameters, reducing parameter mismatch caused by selection only based on appearance dimensions.
The structural selection of high-efficiency filters needs to be based on the actual use environment, rather than looking at a certain material alone.
Aili Industry can the filtration efficiency, size, air volume, resistance, partition material and frame configuration based on the customer's actual project.confirm
For clean room, HVAC, electronic manufacturing, pharmaceutical, FFU, EFU and other applications, the corresponding HEPA or ULPA filtration products can be selected based on equipment and system parameters.
If you already have an existing filter model, you can also provide it directly:
Model + size + air volume + filtration efficiency + usage scenario
Aili Industries will assist in confirming product specifications based on this information.