• Frame Material

  The frame of the clean shed is usually made of industrial aluminum profiles, stainless steel squares or iron squares sprayed with plastic. These materials are solid, beautiful, non-rusting, non-dusting, and can provide a solid support structure for the clean room. In addition, aluminum profiles are widely used in clean rooms because of their light weight and high strength. Stainless steel square pass is suitable for use in demanding clean environments due to its corrosion-resistant and easy-to-clean characteristics. Iron squares can also effectively prevent rust after plastic spraying treatment, maintaining the beauty and durability of the clean shed.

• Anti-static curtain material

  Commonly used anti-static drape materials around cleanrooms include anti-static PVC mesh curtains or tempered glass. These materials are designed to effectively prevent static buildup while maintaining a high degree of transparency so that internal staff can clearly observe the outside world. Good anti-static effect, clear grid, good flexibility, not easy to deformation or aging, to adapt to a variety of clean level requirements.

• FFU (Fan Filter Unit)

  FFU (Fan Filter Unit) is an important part of the clean room, it is responsible for providing a continuous flow of clean air, to ensure that the clean room to achieve the required level of cleanliness, FFU is usually used in low-noise centrifugal fans, with a long service life, low noise, maintenance-free, low vibration, can be infinitely variable speed and other characteristics. The high efficiency filter (HEPA) is set at the end of the fan air supply unit, which can filter out the particles in the air and keep the air clean.

• Modularized structure

  The modular design of the clean room provides high expandability and reuse value. This design allows the cleanroom to be easily assembled and disassembled according to different usage requirements, and also facilitates future maintenance and upgrades. The modular structure also means that the shed can be quickly erected in different locations and environments to meet the needs of temporary or permanent clean environments.

• Universal Wheel Configuration

  Some booths can also be equipped with casters for added mobility, allowing the booths to be easily moved between different sites or work areas to accommodate a wide range of production needs.

Features of Clean Shed

• Structural design

  The clean room adopts an assembled structural design, making installation easy and convenient and dramatically shortening lead times. This design also means that it can be easily moved from one place to another, making it particularly suitable for situations that require frequent layout changes.

• Mobility and Scope of Application

  The Clean Shelter is extremely mobile and can be easily moved by adding universal wheels, making it particularly suitable for building small, high-grade clean areas. Its modular structure design makes it easy to improve the purification level, and it has high expandability and reuse value.

• Comparison with other purification equipment

  Compared to ultra-clean benches, clean booths provide more effective internal space. It offers significant advantages over conventional clean rooms in terms of cost, speed of construction, and no restrictions on floor height, providing greater flexibility.

Applications for Clean Sheds

Clean Sheds have a wide range of applications in many industries due to their flexibility and ease of use. For example, in the electronics manufacturing industry, they can be used to protect sensitive components from dust contamination; in the food industry, they can ensure food safety standards; and in the pharmaceutical industry, clean booths provide the necessary clean environment for drug production and research and development. In addition, laboratories and research institutes often use clean booths to conduct scientific experiments that require high precision.

• Preparation before installation

  Before installing a clean room, first ensure that the installation site is dry, ventilated and well lit, avoiding direct sunlight. At the same time, the installation site should also meet the special requirements of specific industries, such as anti-static, anti-corrosion and so on.

• Foundation construction

  The foundation construction of the clean room must meet the design requirements to ensure that the foundation is level, solid and horizontal. After the foundation construction is completed, it should be inspected and accepted and qualified before proceeding to the next step.

• Frame Installation

  The frame of the clean shed is usually made of steel, and the verticality and levelness of the frame should be ensured during the installation. After the frame installation is completed, anticorrosion and antirust treatment should be carried out.

• Ceiling and wall plate installation

  The roof and wall plate should be made of purification board or other materials that meet the clean requirements. When installing, ensure the flatness of the ceiling and wall plate, and tight joints to avoid loopholes.

• Air purification system installation

  The interior of the clean shed should be equipped with an air purification system, including high-efficiency filters, air showers, ultraviolet disinfection lamps and so on. When installing, make sure the connection between components is tight to avoid air leakage.

• Lighting System Installation

  The interior of the clean room should be equipped with a lighting system, such as LED lamps and lanterns. When installing, ensure the waterproof and dustproof performance of the lamps and lanterns, as well as the uniformity of illumination.

• Electrical system installation

  The electrical system of the clean room should meet the relevant national standards and industry requirements. When installing, it should ensure the stability and safety of power supply, as well as the normal operation of each electrical equipment.

• Grounding treatment

  The grounding treatment of the clean room should meet the design requirements to ensure the safe operation of the equipment inside the clean room.

• Acceptance and debugging

  Clean shed installation is completed, acceptance should be carried out. After acceptance, the clean shed debugging to ensure that the normal operation of the system to achieve the desired clean effect.

• Testing items

  The testing items of the clean room mainly include dust particle count, settled bacteria, plankton bacteria, the number of air changes, air speed, air volume, illuminance, noise, temperature, relative humidity and so on. These parameters are essential to maintain the cleanliness inside the clean room, and they directly affect the quality of the product and the stability of production.

• Testing Criteria

  The testing standards for clean rooms are based on a series of national standards, such as GB/T 25915.1-2010 for clean rooms and related controlled environments Part 1: Air Cleanliness Levels and GB 50591-2010 for clean room construction and acceptance. These standards stipulate the specific requirements for the design and maintenance of clean rooms, ensuring the accuracy and consistency of the testing work.

• Testing Instruments

  A variety of precision testing instruments will be used for clean room testing, such as the U.S. Lighthouse particle counter, the U.S. Emtek bacterial sampler, the Netherlands KIMO differential pressure meter, anemometer, air volume hood, noise meter, illuminance meter, temperature and humidity meter, etc. These instruments are able to accurately measure and record the air volume of the clean room, and also can be used to measure and record the air volume of the clean room. These instruments can accurately measure and record the environmental parameters in the clean room.

• Inspection process

  The inspection process involves the measurement of parameters such as differential pressure, air speed and volume, airflow direction, temperature and humidity in each area of the clean room. During the test, it is necessary to ensure that the air conditioning system and other related facilities are in normal operation in order to obtain accurate test data.