In dipped glove production, the interaction between NBR latex and the coagulant system is an important part of film formation. The coagulant helps determine how latex is deposited onto the former and can influence: Film thickness Deposition rate Film uniformity Surface appearance Producti... read more
Odor can be an important consideration for gloves that are worn for extended periods or used in environments where user comfort matters. The odor of a finished glove can be influenced by multiple factors, including: Polymer and raw materials Formulation Additives Curing Washing or post-tr... read more
Viscosity is an important parameter when evaluating NBR latex for dipped gloves. However, viscosity should not be considered independently from total solids, formulation, additives and dipping conditions. The practical effect of viscosity can influence: Coating behavior Film build Flow Proc... read more
Consistency is an important consideration in high-volume glove manufacturing. NBR latex is stored, mixed, compounded and processed before becoming the final glove film. Changes in material behavior during these stages can influence production stability. Manufacturers may monitor parameters such as:... read more
The performance of a nitrile glove begins with the formation of a continuous elastomer film. NBR latex characteristics can contribute to the final balance of: Tensile strength Elongation Flexibility Tear resistance Film integrity Surface characteristics However, finished-glove perform... read more