How can cleanroom garments have their service life extended?
Classification: Company News
Release time:2022-06-02 11:57
The human body is constantly undergoing metabolic processes, during which it releases and secretes pollutants; these contaminants can also be carried on the skin and clothing. Therefore, personnel entering a cleanroom are required to wear… Cleanroom suit , to prevent contamination of the cleanroom’s production environment.
Cleanroom suit It is a common type of workwear in cleanrooms. How can we extend the service life of cleanroom garments and reduce production costs for enterprises?
When selecting cleanroom garments, choose those that are clean and of high quality. Their excellent antistatic performance stems from conductive filaments woven into the fabric. There are two types of conductive yarns available on the market: semi-conductive (or “pseudo‑conductive”) and true conductive (imported from Japan). Pseudo‑conductive yarns tend to break after about 10 washes; with washing once a week, this translates to roughly two months. In contrast, true conductive yarns can withstand around 50 washes—approximately one year. Consequently, the higher the quality of the cleanroom garment, the longer its service life.

Cleanroom garments must be professionally laundered on a regular basis. During use, they inevitably accumulate dirt and sweat. If left unwashed for an extended period, this not only compromises employee comfort but also degrades the garments’ performance. Furthermore, cleanroom apparel requires specialized cleaning; it should not be treated like ordinary clothing. Improper washing methods can damage the fabric and accelerate the deterioration of the garment’s protective properties.
In critical manufacturing processes for food and pharmaceuticals, improper use or poor quality of cleanroom garments can not only expose employees to contamination from the products but also allow particulate matter shed from their bodies to enter the products, thereby compromising product quality.
During the manufacturing of cleanroom garments, an overlock stitching process is employed to prevent fiber exposure and shedding, while also enhancing the seam strength and stretchability of the garment.
The cuffs of cleanroom garments and the hems of trousers are designed with elastic or double-layered cuffs, effectively preventing human hair and skin flakes from falling into food and compromising product quality.
Cleanroom suit It uses a zipper closure instead of buttons. Buttons are prone to falling off and provide poor sealing. Dust carried by the human body can escape from clothing into the production workshop, compromising the cleanliness of the production environment.