Clean room purification equipment FAQ and selection guide

FFU FAQs and Selection Guide

This section mainly explains the basic principles of FFU, air volume calculation, wind speed setting, quantity configuration, filter selection, centralized control and the differences between different air supply equipment, helping users make selections based on cleanliness, space, air volume, static pressure and control requirements.

Aili Industry can provide selection suggestions for FFU specifications, air volume, filter level, installation quantity and group control method based on the clean room area, ceiling structure, cleanliness level, air exchange frequency, equipment resistance and control requirements.

EFU Frequently Asked Questions and Equipment-side Clean Air Supply Guide

This section mainly introduces the structure, application scenarios of EFU and the differences between EFU and FFU, helping equipment manufacturers choose appropriate equipment-side filtration and air supply solutions based on installation size, target air volume, external static pressure and clean air requirements.

Aili Industrial can customize the EFU dimensions, box height, air volume, wind speed, filtration efficiency, installation method and control interface according to the internal space of semiconductor equipment, SMT equipment, automation equipment and local clean units.

Frequently asked questions about BFU and high-efficiency air supply vents

This section focuses on the structural differences between FFU, BFU and high-efficiency air supply outlets, as well as the selection methods in new clean rooms, partial renovation projects and centralized air supply systems.

When choosing BFU, high-efficiency air supply vents or FFU, you need to comprehensively consider whether it has a centralized air supply system, available static pressure, installation space, noise requirements, maintenance methods and post-control requirements. You cannot judge based on filter efficiency alone.

Frequently Asked Questions about HEPA and ULPA Air Filters

This section mainly introduces the difference between HEPA and ULPA, the selection method of H13 to U16 filtration levels, and the basis for judging the filter replacement cycle, helping users take into account filtration efficiency, system resistance, operating energy consumption and maintenance costs.

The higher the filter level, the better. The actual selection must be comprehensively determined based on the target cleanliness, detected particle size, system air volume, available static pressure, filter installation size, sealing method and operating energy consumption.

Frequently Asked Questions and Parameter Settings of Air Shower Rooms

Air showers are usually installed in the passageway where people or materials enter the clean area, and are used to blow off particles attached to the surface through filtered high-speed airflow. The air shower effect is related to the nozzle wind speed, shower time, nozzle layout, fan performance, filter resistance and personnel usage.

This section mainly introduces the setting method of air shower operating parameters, helping users to set up equipment reasonably according to the channel form, number of users, on-site management process and clean area requirements.

Frequently Asked Questions and Selection Guide for Pass Window

The transfer window is used for material transfer between clean areas and non-clean areas, or between areas with different clean levels. Depending on whether it is equipped with a circulation fan, filter, UV lamp, differential pressure control or other purification functions, it can be divided into static transfer window and dynamic transfer window.

This section mainly introduces the structure and application differences of the two transfer windows to help users choose based on material type, transfer frequency, cleanliness requirements and pollution control process.

Frequently Asked Questions about Clean Workbench and Selection of Airflow Forms

The clean workbench provides a relatively independent local clean environment for the operating area through fans and air filters. According to the flow direction of clean air, common forms include horizontal flow clean benches and vertical flow clean benches.

This section mainly compares the differences between the two air flow forms in terms of structure, operating space, product protection, air flow direction and applicable scenarios, helping users choose a suitable clean workbench based on the process flow.

Common issues and cleanliness control in clean sheds

The clean workbench provides a relatively independent local clean environment for the operating area through fans and air filters. According to the flow direction of clean air, common forms include horizontal flow clean benches and vertical flow clean benches.

This section mainly compares the differences between the two air flow forms in terms of structure, operating space, product protection, air flow direction and applicable scenarios, helping users choose a suitable clean workbench based on the process flow.

Frequently Asked Questions about Fan Boxes and Selection of Air Volume and Static Pressure

The fan box is used to provide the required air power for air conditioning systems, purification equipment or local air supply systems. The main parameters of the fan box include air volume, full pressure or static pressure, motor power, speed regulation method, noise, interface size and installation direction.

This section mainly explains how to determine the air volume and static pressure of the fan box, and helps users make selections based on pipeline resistance, filter resistance, air outlet resistance and system margin.。

Frequently Asked Questions about Chemical Filters and Gaseous Pollution Control

Chemical filters are primarily used to treat specific gaseous pollutants in the air and have different working goals than HEPA or ULPA filters for particulate matter filtration. Different chemical filter materials have different processing capabilities for acidic gases, alkaline gases, organic gases and other pollutants.

This section mainly introduces the types of pollutants that chemical filters can handle, as well as the pollutant composition, concentration, temperature and humidity, target removal requirements and replacement cycles that need to be paid attention to when selecting filter materials.

Frequently Asked Questions about FFU and Intelligent Control of Clean Equipment

The clean workbench provides a relatively independent local clean environment for the operating area through fans and air filters. According to the flow direction of clean air, common forms include horizontal flow clean benches and vertical flow clean benches.

This section mainly compares the differences between the two air flow forms in terms of structure, operating space, product protection, air flow direction and applicable scenarios, helping users choose a suitable clean workbench based on the process flow.

Cleanliness level and clean project selection guide

The selection of clean equipment needs to be analyzed from many aspects such as target cleanliness, room area, floor height, process dust volume, number of personnel, temperature and humidity, number of air changes, operating time and equipment installation conditions.

This section focuses on introducing ISO cleanliness levels, the relationship between Class 100 clean rooms and ISO 5, as well as the different priorities in equipment selection for new clean projects and energy-saving renovation projects.