News

  • NBR Latex Batch-to-Batch Consistency

    NBR Latex Batch-to-Batch Consistency

    For large-scale glove production, consistency between batches can be as important as the nominal specification of the latex. Small changes in raw material behavior may affect: Formulation Viscosity Dipping behavior Film formation Finished-glove properties Manufacturers therefore typical... read more

    Sep 29,2026 Industry News
  • NBR Latex and Tear Resistance

    NBR Latex and Tear Resistance

    Tear resistance is an important property for many industrial and disposable nitrile gloves. A glove may have adequate tensile strength but still show different behavior when a cut or small defect begins to propagate. Tear performance can depend on: Polymer characteristics Crosslinking Film th... read more

    Sep 29,2026 Industry News
  • NBR Latex and Glove Flexibility

    NBR Latex and Glove Flexibility

    A protective glove also needs to move with the user's hand. Flexibility can be especially important for disposable gloves, examination gloves and industrial gloves used for detailed handling. Glove flexibility is influenced by several factors: NBR polymer characteristics Film thickness Formul... read more

    Sep 29,2026 Industry News
  • NBR Latex and Abrasion Resistance

    NBR Latex and Abrasion Resistance

    For industrial gloves, abrasion resistance can have a direct impact on coating durability. Repeated contact with tools, surfaces and materials can gradually wear the glove coating. Abrasion performance can be influenced by: NBR polymer characteristics Film thickness Formulation Crosslinking... read more

    Sep 29,2026 Industry News
  • NBR Latex and Coating Adhesion

    NBR Latex and Coating Adhesion

    Good adhesion is essential for coated and supported gloves. If the NBR coating does not adhere properly to the substrate, the glove may experience peeling, cracking or premature coating failure during use. Adhesion can be influenced by: NBR latex characteristics Textile substrate Surface prep... read more

    Sep 29,2026 Industry News

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