Oil resistance is an important consideration for many industrial gloves used in automotive, machinery, maintenance and manufacturing environments. NBR is widely used for applications requiring resistance to oils and hydrocarbons. However, finished-glove performance depends on more than polymer sele... read more
Acrylonitrile content is an important characteristic of NBR and can influence the balance of properties in the final rubber film. In general, changes in acrylonitrile content can affect properties such as: Oil resistance Solvent resistance Flexibility Low-temperature behavior Mechanical p... read more
Nitrile gloves are widely used in applications where resistance to oils, chemicals and other substances is required. However, chemical resistance is not determined by NBR latex alone. The finished glove can be influenced by: Acrylonitrile content Film thickness Formulation Crosslinking syst... read more
Heavy-duty industrial gloves require a different performance balance from thin disposable gloves. Depending on the application, manufacturers may require: High abrasion resistance Tear resistance Mechanical durability Grip Chemical resistance Coating adhesion Long service life The c... read more
Thin-film nitrile gloves require a careful balance between film strength, flexibility and material efficiency. As film thickness decreases, maintaining consistent film formation becomes increasingly important. Small variations in the coating process can have a greater effect on the finished glove. ... read more