Oil-Resistant, Acid- And Alkali-Resistant PVC Gloves
1. Excellent chemical resistance: It can effectively resist the erosion of various oils, acids and alkalis, providing comprehensive chemical protection for hands.
2. Wide applicability: Suitable for many working scenarios involving petrochemical industry, laboratory research, electroplating, printing and dyeing, etc. where chemical substances exist.
3. Good mechanical strength: It has certain tensile resistance, tear resistance and puncture resistance, reducing the risk of hand injuries caused by mechanical damage at work.
4. Comfortable wearing feeling: While providing effective protection, we also pay attention to the rationality of the design to ensure that the gloves fit the hand and do not affect the flexible operation of the hand.
5. Economical and practical: Compared with some other high-performance protective gloves, the cost is relatively low and has a high cost performance.
This type of glove is typically made from high-quality polyvinyl chloride material that has been specially treated and processed to enhance its chemical resistance.
In appearance, their colors may be relatively single, with dark colors such as black, dark blue, etc. being common. Gloves are available in a wide range of sizes to suit the hand sizes of different users.
In terms of performance, their oil resistance can effectively prevent the penetration and erosion of various oil substances; their resistance to acids and alkali enables them to provide reliable protection for hands in strong acid and alkali environments. At the same time, it also has a certain degree of flexibility and elasticity, ensuring that users can perform more precise operations when wearing it
In the field of application, it is widely used in chemical production, laboratory work, oil exploration and processing, electroplating industry, cleaning and disinfection and other work scenarios that require contact with oils, acids and alkalis.
In terms of use and maintenance, it is necessary to check whether the gloves are damaged or aged before use to ensure that the protective performance is intact. It should be cleaned, dried and stored properly after use to avoid contact with sharp objects and exposure to extreme environments.
