Cleaned and bagged in areas with low levels of particulates, these powder-free gloves are safe to use in clean rooms. They help you keep skin oil, microbes, and dust from contaminating your work. The thicker the gloves, the better they resist wear.

Chemical-resistant gloves protect against spills, splashes, and other brief contact with chemicals.

Latex gloves are the most form-fitting, so they’re the best choice for detailed work. Neoprene/latex/nitrile blend gloves have excellent chemical resistance, and they won’t limit your dexterity. They’re often used for assembling circuits or cleaning components in acid baths. Polyisoprene gloves are nearly as form-fitting as latex gloves, and they’re more durable. They let you feel finer details than nitrile gloves. Neoprene gloves resist acids and other harsh chemicals. Textured gloves give you a stronger grip than smooth gloves. Smooth gloves allow for more precise handling than textured gloves.

Gloves with a sterility assurance level (SAL) are irradiated with gamma rays to ensure sterilization.

Gloves that meet EN 374 are rated to European standards for protection from chemicals. Gloves with a Type A or Type B rating resist chemical permeation for at least 30 minutes. A Type A rating means they are tested against twice as many chemicals as gloves with a Type B rating.

Shield your hands from harmful X- and gamma ray radiation. These gloves are commonly worn in research facilities, laboratories, and even hospitals. They meet strict IEC standards for effectively reducing radiation passing through them.

Thicker than typical disposable gloves, they still offer good dexterity while working with small parts. A textured surface gives you a secure grip. Dispose of them after use to prevent cross contamination.

Gloves cannot be sold to Canada due to import regulations.