Dust-Free Clean Booth for Precision Electronic Industry

• Noise: 60-70db
• Application: Industrial
• Control Mode: Remote Control
• Transport Package: Standard Export Packing
• Trademark: SNYLI
• Origin: China
• Model NO.: class 100
• HS Code: 9406900020
• Production Capacity: 800 Units Per Month

Product Description

Dust-free clean booth can only achieve the required air cleanliness and meet production requirements. If it has a closed structure, reasonable air handling, reasonable airflow organisation and reasonable differential pressure for its micro-environment.

The clean booth workstation is the quickest and easiest way to set up a simple cleanroom, with a wide range of cleanliness levels and spaces that can be designed and made according to the needs of the user, making it easy to use, flexible, easy to install and short to construct, as well as being mobile.
It is also designed to reduce costs in areas where high cleanliness is required in general class cleanrooms.
The ultra-large clean booth workstation is specially designed for the rapid construction of simple cleanrooms with high cleanliness. It has many advantages such as short construction period, low cost, simple maintenance, reusable, changeable cleanliness by increasing or decreasing the number of FFUs, etc. They are increasingly used in various large electronic factories, food packaging and other industries.

 

 

Area(m^2)	10	20	30	40	50	60	70	80	90	100	300	500	1000	2000	3000	4000
Clean grade FS209E	FFU Qty (Pcs)
Class 100	12	24	36	48	60	72	84	96	108	120	360	600	1200	2400	3600	4800
Class 1000	4	8	12	16	20	24	28	32	36	40	120	200	400	800	1200	1600
Class 10000	2	4	6	8	10	12	14	16	18	20	60	100	200	400	600	800

 

Methods and principles of cleaning and treating clean room air
 

One way to control the cleanliness of cleanroom air is to send clean air to dilute contaminated indoor air, another is to speed up the removal of high concentrations of contaminated indoor air. In order to maintain the required air cleanliness in the production environment, a combination of measures are required to achieve the target. These measures include the following.

 

First, control the sources of pollution and reduce pollution.

Clean sheds try to use processes and equipment that produce as few pollutants as possible, to prevent pollutants produced during production from spreading to the surrounding area, and to reduce pollutants brought indoors by people and materials.
 

Secondly, Prevents contamination from outside the clean room from entering the room

The main way to control contamination in clean rooms should consider the approach of air purification and indoor pressure control. According to the different cleanliness requirements of the room, different treatments and different amounts of clean air are sent out in different ways, while the room is discharged to produce The air in the room is kept at the required level of cleanliness by discharging the dirty air generated in the room.

The clean treatment of the incoming air is therefore a key aspect, which is why the number of air changes in a clean room is greater than in a normal air-conditioned room. The smaller the cleanliness, the greater the air changes.
 

Thirdly, clean up any contamination in the clean shed that has already occurred.

This is also the key to reflecting the function of the clean booth. Reasonable airflow organisation, i.e. through the location of air supply and return air, the size and form are carefully designed so that the indoor air flows in the appropriate direction to avoid dead ends and secondary pollution. Different The organisation of airflow directly affects the difficulty of construction and the cost of the project.
 

Fourth, flow rate control

The airflow velocity in the clean room should be high so as not to be disturbed by other factors (e.g. heat flow), but not too high. Flow rate Too high and dust flies around the room, causing pollution.

 

Application