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  • Practical Strategies for Scaling Up EVA–PU Blends from Lab to Production

    Practical Strategies for Scaling Up EVA–PU Blends from Lab to Production

    Many EVA–PU formulations perform well in the laboratory but fail during scale-up. The main reason is that laboratory conditions often mask sensitivities related to shear, addition rate, and time-dependent stability. In small-scale tests, materials are typically added slowly and mixed uniformly. In p... read more

    Jan 27,2026 Industry News
  • Designing Robust EVA–PU Formulations for Industrial Applications

    Designing Robust EVA–PU Formulations for Industrial Applications

    Industrial waterborne formulations must tolerate process variation, storage, and transportation without failure. EVA–PU systems that rely on a single control factor rarely meet these requirements. Robust formulations balance multiple elements: compatible pH ranges, controlled ionic strength, appropr... read more

    Jan 27,2026 Industry News
  • Managing Ionic Strength for Long-Term EVA–PU Stability

    Managing Ionic Strength for Long-Term EVA–PU Stability

    Ionic strength is underestimated factors in waterborne formulation stability. Unlike pH, it is not always measured directly, yet it strongly influences particle interactions. In EVA–PU systems, every formulation component contributes to ionic strength: neutralizers, dispersants, surfactants, preserv... read more

    Jan 27,2026 Industry News
  • The Critical Role of Blending Order in Waterborne Polymer Systems

    The Critical Role of Blending Order in Waterborne Polymer Systems

    Blending order is frequently treated as a processing detail, but in waterborne polymer systems it is a fundamental stability parameter. This is especially true for EVA–anionic PU blends. When PU dispersion is added into EVA latex, the highly charged PU particles encounter a relatively weakly stabili... read more

    Jan 27,2026 Industry News
  • Why pH Adjustment Alone Is Not Enough in EVA–PU Blending

    Why pH Adjustment Alone Is Not Enough in EVA–PU Blending

    In many waterborne formulations, pH adjustment is the  tool used to address EVA–PU incompatibility. While pH control is important, relying on it alone often leads to short-lived success and delayed failures. Raising EVA latex pH from acidic to near-neutral conditions can reduce immediate instability... read more

    Jan 27,2026 Industry News

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