Natural latex rubber is the most common material for gloves due to its durability, comfort, and dexterity. Latex is ideal when high dexterity and tactile sensitivity are necessary. It provides excellent protection against contamination and chemicals such as alkalies, acids, alcohols, and ketones. In some people, latex proteins may cause an ellergic reaction for which nitrile gloves provide a good alternative. |
Gloves made from nitrile, a petrol-chemical derivative, offer good dexterity and superior resitance to many types of chemicals. Compared to latex, nitrile is lower in particles, ionic extractables and non-volatile residues (NVR). Nitrile also has "memory" properties that adapt it to the hand for a more custom fit, reducing fatigue. It is three times more puncture-resistant than latex, and also provides protection against cutting and scraping. Static-dissipative properties make nitrile ideal for all eletronics industries. |
Polyvinylchloride (PVC) is known for its inherent cleanliness (low in both particles and ionic extractables), protection against solvents, ESD properties, and low cost. These attributes make vinyl gloves ideal for use in medical device manufacturing, miroelectronics, and other similar controlled environments. A PVC glove fits an operator's hand more loosely than latex or nitrile, which can reduce dexterity. |
