<thead id="dfvx5"><var id="dfvx5"><output id="dfvx5"></output></var></thead><sub id="dfvx5"><dfn id="dfvx5"><ins id="dfvx5"></ins></dfn></sub>

      <thead id="dfvx5"><var id="dfvx5"><output id="dfvx5"></output></var></thead>

      <sub id="dfvx5"><dfn id="dfvx5"></dfn></sub><sub id="dfvx5"><var id="dfvx5"><ins id="dfvx5"></ins></var></sub>

      <sub id="dfvx5"><var id="dfvx5"><mark id="dfvx5"></mark></var></sub>
      <thead id="dfvx5"></thead>
      <thead id="dfvx5"><var id="dfvx5"><ruby id="dfvx5"></ruby></var></thead>

        <address id="dfvx5"><dfn id="dfvx5"></dfn></address>


          OnCap? Dry Silane Additives for Wire & Cable

          If you need to crosslink polymers for wire and cable applications, please consider dry silane technology from PolyOne. Our OnCap? dry silane additive formulations deliver both processing and product performance benefits.

          Processing advantages include:

          • Easy-to-use
          • Cost effective
          • Low capital investment
          • Uniform cross-linking
          • Flexible; can be used with cross-linkable and standard thermoplastics on same line


          And your end product also will see improvements too, such as:

          • Increased operating temperature limits
          • Improvements in mechanical properties, plus better resistance to oil and Abrasion


          Dry silane formulations can be a cost-effective alternative to grafted compounds and other crosslinking techologies, and are more effective than peroxide crosslinking for manufacturing low voltage cable at high output.?

          Dry silane technology is a two-component formulation consisting of a silane mixture in a porous polyolefin carrier. The technology adds value to many of the materials used in manufacturing wire and cable, including:

          • LLDPE
          • LDPE
          • HDPE
          • MDPE
          • EVA
          • ECCOH? LSFOH solutions



          • Develop with confidence: Benefit from the experience of our global W&C materials development team
          • Application-specific solutions: Dry silane can be used with the polymers commonly processed in the wire and cable industry
          • Enhance functional properties of the end product including:
            • Increased operating temperature limits
            • Improved mechanical properties
            • Enhanced oil resistance
            • Improved abrasion resistance