Which glove material is likely to have less enhanced chemical or puncture resistance?

Polyurethane gloves are known for their flexibility, comfort, and tactile sensitivity; however, they generally offer less enhanced chemical and puncture resistance compared to other materials. While they can provide a reasonable level of protection in certain situations, their formulation does not provide the same robustness against punctures or exposure to hazardous chemicals that materials like nitrile or blends such as nitrile and chloroprene do.

Nitrile gloves, for example, are highly regarded for their excellent puncture resistance and are often used in medical and dental settings where exposure to chemicals is a concern. Nitrile and chloroprene blends also take advantage of the benefits of both materials, thereby enhancing their resistance properties even further.

Butadiene methyl methacrylate gloves, although less commonly referenced, could provide various levels of protection depending on formulation. However, polyurethane's characteristics make it the option that is least likely to exhibit enhanced chemical or puncture resistance compared to the other materials listed.