PTFE coating

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Miller-Stephenson offers a low-temperature variant of their next generation, acid-primer free (Non-Cr(VI)) medical coating for coating encapsulation of temperature sensitives substrates like Nickel-Titanium Alloys, Polyamide, etc. These nitinol wire coatings are water-based, one coat systems providing the same robust and durable fluoropolymer coating in a higher temperature cure system.  Achieving the same performance standards as our 850G-90XX and 850G-102X, this product was designed for the new generation of low temperature metal alloys and/or high temperature plastics.

  • Ideal for temperature sensitive alloys
  • High Durability, Flexibility and Corrosion resistance
  • Unmatched surface adhesion
  • Water-based, One-coat formulation

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Our next generation water-based, Non-Cr(VI) fluoropolymer coating, designed to optimize coating adhesion, durability, and corrosion resistance while minimizing coefficient of friction. Our world-class fluoropolymer chemistry delivers unmatched lubricity and adhesion on all medical guide wires in the ease a one-coat system and a safe non-Cr(VI) system. In practice, medical personnel will feel smooth, low-friction movement as the guidewire progresses through the vasculature. Benefits Include:

  • High durability, flexibility and corrosion resistance
  • Unmatched surface adhesion
  • Waterbased, One-coat formulation
  • No Cr(VI); non-acid primer
  • Passes all ISO and ASTM guidelines*

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Miller-Stephenson Medical LLC in unison with Chemours™ has developed a series of water-based, medical coatings which offer next-generation performance, surface adhesion, durability, and superior surface smoothness all while eliminating the use of chromium-VI. Our world-class fluoropolymer chemistry delivers unmatched lubricity and adhesion on all medical guide wires and devices. The 850G-104X not only provides our smoothest surface finish but does so with an average film thickness of only 6-12 microns. In practice, medical personnel will feel smooth, ultra low-friction movement as the guidewire progresses through the vasculature. Benefits Include:

  • High durability, flexibility and corrosion resistance
  • Ultra-smooth surface finish and very low coefficient of friction
  • Substantial safer than Cr(VI) / Acid Primer systems
  • Stable to all forms of sterilization

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