High-efficiency air supply outlet (HEPA BOX)
Facing the filtered air supply at the end of the clean room, connect the box, filter installation structure and diffuser
The components are combined in one air supply end.
Aili Industrial can configure efficient air supply outlets according to the project's ceiling conditions, installation dimensions, designed air volume, air inlet direction, filtration level, box material, sealing method and maintenance method. The product is usually used in conjunction with a centralized air supply system, and the end can be equipped with a HEPA or ULPA filter; the specific parameters are subject to the technical specifications, drawings and testing data confirmed by both parties.
| name | Optional configuration items | name | Optional configuration items |
| Product name | High-efficiency air supply outlet/HEPA BOX | Use location | Clean room ceiling end |
| Main components | Box, filter, diffuser parts | Air intake method | Top air intake or side air intake |
| Filter configuration | HEPA or ULPA | Sealing method | Gasket or liquid tank, etc. |
| Project adaptation | Standard and non-standard sizes | Supporting system | Centralized air supply and air treatment system |
product catalog
Common configurations of efficient air supply vents
Aili industrial high-efficiency air supply vent series products are specially designed for various types of clean room terminal air supply systems. They cover two air inlet structures, top air inlet and side air inlet, as well as two sealing forms: gasket seal and liquid tank seal. They can be matched with HEPA or ULPA grade filters to flexibly meet the actual needs of different cleanliness levels, air volumes, resistances and installation spaces in industries such as medicine, electronics, semiconductors, biopharmaceuticals, food and precision manufacturing. The product shell is made of high-quality steel plates or stainless steel, with a compact structure, easy installation, and clear maintenance paths. It supports customized matching of interface size, compression method, and filter grade according to project site conditions, providing a stable and reliable terminal filtration air supply solution for clean environments.
Top-inlet high-efficiency air supply outlet
The air inlet interface is arranged on the top of the box, which is suitable for projects where the air duct is connected from above the ceiling. The interface size and location shall be confirmed according to site conditions.
Pay attention to: ceiling height, air duct direction, maintenance space
Side air inlet efficient air supply outlet
Structural composition and optional items
Liquid tank sealed high-efficiency air supply port
The filter liquid tank and the box blade structure cooperate to form an installation seal, which is suitable for applications where the project clearly requires the liquid tank interface.
Pay attention to: liquid tank specifications, knife edge position, maintenance methods
HEPA high-efficiency air supply vent
HEPA filters of corresponding levels can be configured according to project requirements, and are suitable for a variety of clean room terminal filtration and air supply scenarios.
Pay attention to: level, air volume, resistance, acceptance
ULPA high-efficiency air supply vent
| name | content | name | content |
| Cabinet → | Select material and surface treatment by project | Air inlet → | Top air inlet, side air inlet |
| Filter → | HEPA or ULPA | Filter level → | According to cleaning and acceptance requirements |
| Filter seal → | Gaskets, liquid tanks, etc. | Compression structure → | Press the filter and box interface |
| Diffusion components → | Diffusion Panel or Project Request Form | Air outlet form → | Combined with indoor airflow organization |
| Detection interface → | Differential pressure port and test port are optional | Connectors → | Air duct interface and installation accessories |
| Overall dimensions → | Standard or non-standard sizes | Maintenance methods → | Combine suspended ceiling and maintenance space |
| Box identification → | Model, airflow direction, etc. | Delivery information → | Drawings, specifications and agreed documents |
How to choose between high-efficiency air supply vents and FFU?
In the design or equipment selection process of clean room purification air-conditioning systems, high-efficiency air supply outlets and FFU (fan filter unit) are two common terminal air supply solutions. Although both are responsible for the function of filtering and supplying air, they are essentially different in terms of power source, structural composition, installation method and control logic. When selecting, a comprehensive consideration must be made based on the existing air supply conditions, ceiling space, control requirements, and operation and maintenance strategies of the project. The following comparison is carried out from key dimensions such as power mode, installation form, and selection focus to help you quickly clarify applicable scenarios and make more reasonable technical decisions.
| Comparative item | Efficient air outlet | Comparative item | FFU |
| Power mode | Air supply power is usually provided by the upstream system | Power mode | Integrated fan inside the equipment |
| Main components | Box, filter installation structure, diffuser components | Main components | Fan, box, filter and control |
| Common installation | Clean room ceiling end and air duct system | Common installation | Clean room ceiling or local clean area |
| Control method | Mainly runs with upstream systems | Control method | Can start, stop, adjust speed, etc. according to equipment configuration |
| Key points in selection | Interface, air volume, resistance, sealing, maintenance | Key points in selection | Air volume, static pressure, filter, noise, control |
| Applicable judgment | Focus on assessment when the project already has centralized air supply conditions | Applicable judgment | Focus on evaluation when you need the module’s own power. |
High-efficiency air supply outlet selection steps
Application and cleanliness requirements → Air volume and static pressure → Dimensions and interfaces → Filtration and sealing → Materials and maintenance → Drawings and information
Aili industrial high-efficiency air supply vent application scenarios and key selection points
Semiconductor and panel display
Can be used for terminal filtered air supply in relevant clean rooms and controlled production areas.
Focus: Cleanliness requirements, ceiling interfaces, sealing, testing
Electronics and Precision Manufacturing
Can be used in production and assembly spaces where air particle control is required.
Key points: air volume, installation size, maintenance space
biomedicine
It can be used at the air supply end of clean production areas and related air treatment systems.
Key points: regional requirements, filtering levels, acceptance methods
Medical and Laboratory
It can be used in related spaces that require clean air and terminal filtered air supply.
Focus: system design, sealing, operation and maintenance
Food and Cosmetics
Can be used at the end of air filtration in relevant clean production, processing and packaging areas.
Focus: hygiene requirements, materials, maintenance
Photovoltaic and lithium battery manufacturing
The terminal filtered air supply can be configured according to the needs of the workshop air system and process area.
Key points: air volume, dust conditions, ceiling layout
Aili Industrial's synergistic advantages across the entire industry chain
Aili Industrial focuses on the R&D and manufacturing of purification equipment, air filtration equipment, clean room equipment and air treatment equipment, with a production base of approximately 30,000 square meters. The manufacturing system covers motors, fans, filters, control systems, sheet metal processing, complete machine assembly and product testing.
In the high-efficiency air supply outlet project, the box structure, filter, air inlet interface, sealing method, upstream air volume and static pressure conditions are interrelated. Aili Industrial can communicate filter production, sheet metal structure, equipment matching and project parameters under the same conditions, and can collaboratively confirm with FFU, EFU, BFU, air filters and other air treatment products.
Fan and motor matching
When the project also includes FFU, EFU, BFU or other powered equipment, the air volume, static pressure and filter resistance can be checked simultaneously.
Control system collaboration
When it comes to powered clean equipment, configuration and communication can be carried out in combination with start and stop, speed regulation, communication and project operation methods.
Sheet metal and box manufacturing
Confirm the box and related structural parts according to the ceiling space, air inlet direction, filter specifications and installation method.
Filter production system
Project validation can be conducted around HEPA, ULPA filtration levels, size, resistance, frame and sealing methods.
Assembly and process inspection
Quality inspections cover components, production processes and assembly links, and are performed based on product type.
Product testing and delivery
Arrange corresponding testing, documentation, labeling, packaging and delivery according to product type and mutual confirmation requirements.
Production base to provide manufacturing support for purification equipment projects such as high-efficiency air supply vents
From product development to mass production, Aili Industry has established a complete production and manufacturing system. The production base of nearly 30,000 square meters covers sheet metal processing, component production, filter manufacturing, complete machine assembly and product testing, providing corresponding manufacturing support for clean equipment such as high-efficiency air supply vents.
Sheet metal processing
Whole machine assembly
Product testing
Finished product area
Quality control, starting from core components
A truly stable product does not just rely on final inspection, but controls every key link starting from the manufacturing of core components. Aili Industrial incorporates motors, fans, control systems and filters into its own quality management system, and continuously controls product performance and consistency through component testing and complete machine testing.
Motor performance testing
Test the motor's operating performance, electrical parameters and operating status to ensure that the power system meets the long-term operation requirements of FFU.
Fan performance testing
Test the operating status, air volume and related performance of the centrifugal fan to provide stable aerodynamic performance for the entire equipment.
Control system function test
Test the control board, speed control function, communication function and control logic to ensure that the FFU can respond stably to different control instructions.
Filter performance testing
Conduct relevant performance testing of HEPA and ULPA filters according to product requirements to ensure that the filters meet design and application requirements.
Overall machine comprehensive performance test
After completing the assembly of core components, the FFU will be tested for complete machine operation and comprehensive performance to confirm that the coordinated operation of each system is normal.
From parts to finished products, how is each step inspected?
Through whole-process quality control, we reduce overall machine performance fluctuations caused by differences in component performance and ensure that EFU and other purification equipment have stable operating performance and good batch consistency.
When the motor, fan, control system, filter and complete machine are all controlled by its own manufacturing system, when performance deviations occur in the product, the problem can be quickly located and optimized, rather than relying on repeated coordination with multiple external suppliers.
Aili Industry has verified product performance at all levels through full-process quality management and multiple performance tests. We are not only concerned about whether the EFU can operate normally, but also whether it can operate stably for a long time in a clean environment.
From manufacturing capabilities to customer value
Independent research and development, full industry chain manufacturing and engineering customization capabilities are not only different production methods, but also directly affect the performance, customization, quality and project delivery of EFU.
01｜Performance is more controllable— starting from core components to master FFU performance
Core links such as motors, fans, control systems and filters are manufactured independently, allowing each component to be matched around the needs of the entire machine and reducing performance differences between different suppliers.
Motor｜Fan｜Filter｜Control system
02｜Customization is more flexible - not restricted by standard products
Aili Industry can adjust the structure, power, filtration and control to provide customized solutions for special applications.
Size | Structure | Air volume | Wind speed | Filtration | Control
03｜More stable quality - from parts to complete machine, layer-by-layer control
Aili Industrial combines core component testing, production process control and complete machine performance testing, not only focusing on the final product, but also controlling the performance and consistency of the EFU from the source.
Component inspection｜Process control｜Complete machine testing
04｜More reliable delivery - complete manufacturing system supports project delivery
The 30,000-square-meter modern production base covers core component manufacturing, sheet metal, filters and FFU complete machine assembly, providing stable production and delivery support for standard products and mass customization projects.
Independent production | Mass manufacturing | Stable delivery
Only when core capabilities are in your own hands can you truly achieve controllable performance, flexible solutions, stable quality, and reliable delivery.
This is also the basis for Aili Industries to continue to provide solutions from standard high-efficiency air supply outlets to customization for special applications.
You may also want to know about HEPA BOX high-efficiency air supply vents
From product selection, performance configuration to customized development, the following are the most common issues that customers are concerned about when choosing high-efficiency air supply vents.
Q1: Are high-efficiency air vents and HEPA BOX the same product?
A: In many projects, both refer to the high-efficiency filter air supply box at the end of the clean room. The structure, filter, sealing method and air outlet components of different projects may be different, and the drawings and specifications should prevail.
Q2: Does the high-efficiency air outlet come with its own fan?
Q3: Can the high-efficiency air supply vent be equipped with HEPA and ULPA filters?
A: The corresponding filter configuration can be selected based on cleanliness requirements, system static pressure, air volume and acceptance conditions. Filter grade and specifications should be confirmed at the same time as the box and system conditions.
Q4: How to choose between top air intake and side air intake?
A: The selection is mainly based on the direction of the air duct, the height above the ceiling, lateral clearance and maintenance space. Interface size, location and orientation should be confirmed at the drawing stage.
Q5: How to choose between liquid tank seal and gasket sealed high-efficiency air supply outlet?
A: It should be determined based on the installation interface, sealing requirements, maintenance methods and acceptance conditions of the project. The liquid tank structure requires that the filter liquid tank and the box knife edge match each other.
Q6: Can the high-efficiency air supply vent be made into non-standard sizes?
A: Dimensions can be communicated based on the ceiling module, openings, available height, air duct interface and filter specifications. Aili Industrial produces the entire industry chain and can customize high-efficiency air supply vents of various non-standard sizes.
Q7: Why should the design air volume and upstream static pressure be provided when selecting a high-efficiency air outlet?
A: High-efficiency air supply vents, filters and air ducts will all cause resistance. Design air volume and available static pressure are used to check whether the filter and terminal structure match the upstream system.
Q8: What maintenance space needs to be reserved for high-efficiency air supply vents?
A: It is necessary to consider the direction of filter disassembly and installation, opening of the diffuser plate, operation of the test interface and surrounding ceiling conditions. The specific space should be confirmed based on the product structure and on-site drawings.
Q9: Can the high-efficiency air supply outlet be equipped with a pressure differential port or a test port?
A: The corresponding interface can be confirmed according to project requirements. The type, quantity, location and usage of interfaces need to be specified in the drawings and technical conditions.
Q10: What information do I need to provide when making an inquiry?
A: It is recommended to provide the use area, cleanliness requirements, design air volume, upstream static pressure, size, air inlet interface, filtration level, sealing method, material, maintenance direction, quantity and data requirements.
Q11: How to confirm the performance and delivery scope of high-efficiency air supply vents?
A: The technical specifications, drawings, product information and agreed upon testing information confirmed by both parties shall prevail. The content of the category page is used for product understanding and preliminary selection.
Q12: How does Aili Industrial’s full industry chain capabilities support high-efficiency air supply vent projects?
A: Aili Industrial's manufacturing system covers filters, sheet metal structures and related clean equipment, as well as motors, fans, control, assembly and testing, making it easy to simultaneously check the supporting conditions of end products and systems.
Customize an exclusive and efficient air supply outlet solution for your special needs
Provide your installation dimensions, air volume/wind speed requirements and usage environment, and the Aili industrial engineering team can assist you in matching the solution.
What are the main parameters to consider when selecting an air outlet? Air volume, filter, size, static pressure and installation conditions
The core selection parameters of high-efficiency air supply vents include design air volume, HEPA or ULPA filter, filter size, box size, air inlet method, system static pressure, ceiling size and maintenance space. The air volume determines the terminal air supply capacity, the filter determines the filtration configuration, and the size and air inlet method determine the on-site installation matching. Actual projects should be selected based on product parameters and clean room design conditions.
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How to choose high-efficiency air supply vents for clean rooms? Selection method from air volume, filter, air intake method to ceiling size
When selecting a high-efficiency air supply outlet for a clean room, you should not only look at the HEPA filter level, but also need to make a comprehensive determination based on the clean room design air volume, number of air supply outlets, ceiling size, air duct position, top air inlet or side air inlet structure, filter size and maintenance space. For the end air supply of ordinary clean rooms, the air volume and filter configuration can be mainly considered; for projects such as semiconductors and electronics, space, air flow organization and installation methods need to be further considered.
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What is the difference between high-efficiency air supply vents and EFU? Structure, function and selection method
High-efficiency air supply inlets are mainly used for the end air supply of centralized air treatment systems in clean rooms, and are usually provided with aerodynamic power by air ducts; EFU is Equipment Fan Filter Unit, which integrates fans and high-efficiency filters at the end of the equipment level. It is mainly used for clean applications above equipment, in local clean areas, or in limited space. Both can be configured with HEPA or ULPA filters, but there are obvious differences in installation location, aerodynamic source, structural size and usage scenarios.
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What is the difference between high-efficiency air supply vents and FFU? Structure, working method and selection method
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What projects are side air inlet high-efficiency air supply vents suitable for? Structural features, installation methods and selection methods
The side air inlet high-efficiency air supply port is a structural form of air supply equipment at the end of the clean room. The air inlet interface is located on the side of the box. The air enters the static pressure box from the side and is then sent to the clean area through the HEPA or ULPA filter. The side air inlet structure is suitable for projects where the air ducts need to be connected horizontally, the top installation space is limited, or the direction of the on-site air ducts needs to be adjusted. The actual selection needs to be determined based on the location of the air duct, ceiling space, air volume, filter specifications and maintenance conditions.
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What projects are suitable for top-intake high-efficiency air supply vents? Structural features, installation methods and selection methods
The top-inlet high-efficiency air supply vent is one of the common terminal air supply forms in clean rooms. The air duct is connected from the top of the air supply vent. The air enters the static pressure box and passes through the HEPA or ULPA filter before being sent to the clean area. This structure is usually suitable for projects where the air duct is located above the suspended ceiling and the air supply outlets correspond to the upper and lower parts of the air duct. The actual selection needs to be determined based on the ceiling structure, air duct direction, installation space, air supply volume, filter specifications and maintenance methods.
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How to choose efficient air supply vents for ISO 5 clean rooms? HEPA filter, air volume and airflow organization selection
ISO 5 clean rooms have corresponding control requirements for the concentration of suspended particles in the air, so the terminal air supply system needs to be designed with a combination of high-efficiency filters and reasonable air flow organization. When choosing a high-efficiency air supply outlet, you cannot just look at the size of the air outlet or a single air volume, but you need to comprehensively consider the clean room area, height, designed air supply volume, filter level, filter resistance, installation method, and return air organization. This article introduces the main methods for selecting efficient air supply vents for ISO 5 clean rooms.
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Why do clean rooms need efficient air supply vents? Function, filtration method and terminal air supply principle
The high-efficiency air supply outlet is a common terminal device in the clean room air treatment system. Its main function is to evenly send the air processed by the high-efficiency filter into the clean area. Through structures such as air ducts, static pressure boxes, high-efficiency filters, and diffuser devices, high-efficiency air supply outlets can complete air filtration and terminal air supply. This article introduces why clean rooms need efficient air supply outlets from aspects such as clean room air cleanliness control, air flow organization, filter installation and maintenance.
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How big a clean room is suitable for a high-efficiency air supply outlet of 500m³/h? Calculation of the number of air outlets and room area
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The air volume of an efficient air supply outlet cannot be determined simply based on the size of the air supply outlet, but needs to be calculated based on the clean room area, space height, cleanliness requirements, number of air changes or designed air supply volume and air flow organization. Common calculation methods include the number of air changes method and the air supply speed method. This article introduces the formula for calculating the air volume of high-efficiency air supply outlets, the calculation method for the number of air supply outlets, and how to select based on design conditions in actual projects.
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What is the function of the high-efficiency air supply vent static pressure box? Working principle, structure and selection analysis
The high-efficiency air supply port static pressure box is an important part of the terminal air supply structure, mainly located between the air inlet interface and the high-efficiency filter. After the air enters the static pressure box, it passes through certain buffering and distribution before entering the filter area. The specific structure of the static pressure box needs to be designed based on the air volume, filter specifications, air inlet method and installation space. This article will introduce its function and selection method in detail.
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What parts does an efficient air supply vent consist of? Detailed explanation of structure, filter and static pressure box
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High-efficiency air supply outlets are usually installed on the ceiling or air supply end of the clean room. The air entering the clean area is filtered by installing a high-efficiency filter, and the air flow is organized in conjunction with the air supply structure. Aili Industrial can select and customize products based on cleanliness, air volume, filter level, installation space and air inlet method.
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What is a high-efficiency air outlet? Introduction to structure, working principle and clean room application
High-efficiency air supply inlets are usually installed on the ceiling or at the end of the air supply in clean rooms to deliver processed and filtered air evenly into the clean area. Aili Industry can provide corresponding high-efficiency air supply outlet products and customized solutions based on the clean room structure, filter level, air inlet method and project installation conditions.
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