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Parts by Number Top

Part # Distributor Manufacturer Product Category Description
V-163TX Rebound Products, Inc. Versa Matic Diaphragms DIAPHRAGM, PTFE 1-1/2 Inch LAMINATE

Conduct Research Top

  • PTFE Microwave Substrates For Automotive Applications
    - increasingly-competitive market. The RF Microwave Laminate industry has responded in recent years by for example using thermosetting plastics along with combined inorganic (ceramic) fillers. This paper describes a ceramic-filled PTFE laminate which was developed to meet the challenge
  • How PTFE Can Compete With The Best In Thermosets
    - increasingly-competitive market. The RF Microwave Laminate industry has responded in recent years by for example using thermosetting plastics along with combined inorganic (ceramic) fillers. This paper describes a ceramic-filled PTFE laminate which was developed to meet the challenge
  • Multilayer Lamination Methods for PTFE-Based PCBs
    to laminate PTFE designs with high layer counts. This article will review the different types of applications, bonding films and prepregs, equipment needs, and bonding methods that can be used to produce low and high count PTFE multilayer boards. All four general types of PTFE multilayers
  • Environmental Aspects of PTFE Based Laminates in Relation to "Halogen-Free"
  • Medical Device Link .
    PTFE laminates provide protection and versatility for a broad range of medical venting and filtration applications. Gore-Tex laminates can be incorporated into transducer protectors, IV filters and spike vents, respiratory filters, and suction canisters. The manufacturer also offers Drylife vent
  • Polyimide
    of graphite, boron, quartz, or organic materials. Molding compounds, on the other hand, contain discrete fibers such as chopped glass or asbestos, or particulate fillers such as graphite powders, MOS2, or PTFE. Polyimide films and wire enamels are generally unfilled. Coatings may be pigmented or filled
  • Customized Filter Material Supports Innovation In The Medical Industry
    be customized according to the end-use requirements. Because it is chemically inert, it is well suited for harsh chemical and biological environments. Billets of PTFE are extruded at a controlled temperature to ensure the resulting film is stable and homogenous. Bags are diestamped from a laminate
  • Medical Device Link .
    from stretched polytet-rafluoroethylene (PTFE), diverse polyolefins, or precipitation-cast polyurethane. The small size of the pores in these films prevents the penetration of liquid water, but the interconnected pore structure allows for transmission of water vapor. For clothing laminates, however

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