1、 Application Fields
1. Electronics and Semiconductor Manufacturing
Clean consumption is used to prevent human dandruff, hair, and dust from contaminating precision electronic components (such as chips and semiconductors), ensuring that the production environment meets dust-free standards. At the same time, anti-static materials can prevent static electricity from damaging sensitive components.
2. Medical and Biopharmaceutical
Clean clothing can isolate bacteria and viruses in operating rooms, laboratories, and sterile drug production workshops, reducing the risk of cross infection; In the field of biopharmaceuticals, the focus of protection has been upgraded to microbial control, which requires strict sterilization treatment.
3. Food processing
Used in food production workshops to prevent human pollutants (such as dandruff and microorganisms) from coming into contact with food, ensuring food safety and hygiene standards.
4. Aerospace and Precision Manufacturing
In scenarios where high cleanliness is required for optical instruments, aerospace equipment, etc., clean clothing can reduce particle pollution and ensure process accuracy.
2、 Core functions
1. Dust and dirt prevention
Using high-density fiber materials (such as polyester fibers) to block particles released by the human body and external dust, maintaining the cleanliness of the workshop.
2. Anti static protection
By designing conductive fibers or anti-static coatings, static electricity accumulation is prevented, and damage to electronic components or dust adsorption is avoided.
3. Anti microbial contamination
Medical grade clean clothing uses antibacterial fabrics, some of which require sterilization processes to block the spread of bacteria and viruses.
4. Durability and Comfort
Wear resistant materials extend the service life, and breathable design enhances the comfort of long-term wear.
3、 Protection level and classification
1. Cleanliness classification: According to the requirements of the workshop environment, it is divided into hundreds, thousands, tens of thousands, etc., corresponding to different dust prevention standards for clean clothing.
2. Design types: including one-piece (with stronger sealing), split type (with high flexibility), and lab coat (with mild protection), supplemented by sealing structures such as elastic cuffs and cuffs.
3. Special scenario upgrade: For example, biopharmaceuticals require "sterile clothing" with a higher level of protection than regular clean clothing, requiring complete blocking of microorganisms.
4、 Supporting facilities and standards
1. Accessories: Dustproof shoes, gloves, hats, and masks are required to form a complete protective system.
2. Color and identification: Light colors (such as white, light blue, etc.) are often used to facilitate the detection of pollutants, and some companies customize their logos for identification.
3. Cleaning and maintenance: Regular professional cleaning is required to ensure stable anti-static and dustproof performance and avoid secondary pollution.
5、 Environmental Protection and Health Value
Clean clothing not only ensures product quality, but also reduces workshop pollutant emissions and supports green production; Simultaneously reducing the health risks of employees caused by exposure to dust, static electricity, or microorganisms.