Modern glove lines operate at high speeds and high throughput, placing increased stress on NBR latex systems. Robust formulations must withstand continuous shear, temperature variation, and contamination without performance loss. Latex systems designed with narrow stability margins often fail under ... read more
Uniform film formation is essential for glove strength, appearance, and barrier performance. In NBR dipping systems, film quality depends not only on latex properties but also on formulation design. Viscosity, particle size distribution, and surface tension all influence latex pickup and drainage be... read more
Coagulant carryover is an unavoidable reality in glove dipping processes. Calcium nitrate and calcium chloride solutions inevitably enter the latex tank during repeated dipping cycles. As divalent calcium ions accumulate, they strongly neutralize the surface charge of NBR latex particles. This leads... read more
NBR latex is the dominant material for disposable and industrial glove manufacturing due to its oil resistance and mechanical performance. However, dipping applications impose unique stability requirements that differ significantly from coating or adhesive systems. In a typical glove production line... read more
Robust EVA–PU formulations are the result of deliberate system design rather than aggressive correction. They balance multiple factors to achieve long-term stability and predictable performance. Key elements include compatible pH ranges, controlled ionic strength, appropriate blending order, and the... read more