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ASTM F67 Grade 1 and 2 Pure Titanium Wire for Surgical & Dental Implants
ASTM F67 Grade 1 and 2 Pure Titanium Wire for Surgical & Dental ImplantsASTM F67 Grade 1 and 2 Pure Titanium Wire for Surgical & Dental ImplantsASTM F67 Grade 1 and 2 Pure Titanium Wire for Surgical & Dental ImplantsASTM F67 Grade 1 and 2 Pure Titanium Wire for Surgical & Dental ImplantsASTM F67 Grade 1 and 2 Pure Titanium Wire for Surgical & Dental Implants
ASTM F67 Grade 1 and 2 Pure Titanium Wire for Surgical & Dental ImplantsASTM F67 Grade 1 and 2 Pure Titanium Wire for Surgical & Dental ImplantsASTM F67 Grade 1 and 2 Pure Titanium Wire for Surgical & Dental ImplantsASTM F67 Grade 1 and 2 Pure Titanium Wire for Surgical & Dental ImplantsASTM F67 Grade 1 and 2 Pure Titanium Wire for Surgical & Dental Implants
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    ASTM F67 Grade 1 and 2 Pure Titanium Wire for Dental Implants

    Ti-Gr. 1: the very low content of oxygen creates a reduced tensile strength and high ductility as well as excellent corrosion resistance in bland reducing to strongly oxidazing environments.
    Availability upon minimum production lot quantity
     
    Ti-Gr. 2: This grade is considered the most commonly used in industrial service, offering a good combination of high corrosion and erosion resistance, good cold formability and excellent weldability. Compared to Ti-Gr.1 it shows a higher oxygen content and tensile strength.


    Product specification:
        Diameter:                    3.175 mm, 6.35 mm
        Weight:                       approx 50 kilogrames
        Shape:                        In coil 
        Surface treatment:      pickled, peeled
        Grade status:              Grade 1, Grade 2
        Standard:                    ASTM F67, ASTM B863, ASTM 2965, ASTM 3623, AMS 4928
        Product status:            heat processing (R), cold processing (Y), annealed (M)

    Features:
        Low density and high strength
        Exceptional corrosion resistance
        Excellent elevated temperature properties
        Excellent Bearing to cryogenic property
        Essentially non-magnetic
        Nontoxic, non-allergenic and fully biocompatible
        Good thermal properties
        Low modulus of elasticity
        Low thermal expansion coefficient
        High melting point
        Excellent aesthetic qualities
        Environmentally sound


    Application:
        Electrode materials, fasteners, welding materials, medical field, surgical implants, chemical industry, structural parts,

        glasses, aerospace and marine, consumer and architectural, jewelry, nuclear waste storage, etc.
     
    Production capability: 72 Metric Tons
     
    Packing:
       In Coil:                          Protected by foam paper+ plywood case.

    Delivery time:                 5-25 days
    Shipping:                        By international express (TNT, FEDEX, DHL, UPS, etc.), By Air, By Sea
    Trade terms:                   FOB China, CIF, DDP
    Payment terms:              T/T, L/C, PayPal, Western Union


    Titanium for surgical implants.pdf


    ASTM F67 Grade 1 and 2 Pure Titanium Wire for Dental Implants

    Titanium is a strong, lightweight, silver-gray metal that is found fairly commonly in igneous rocks and geological deposits. Titanium has a number of impressive properties, including the ability to bind with human bone in a process called biointegration or osseointegration. Because of this, and the fact that the body will not reject it, this metal can be used for a number of medical and dental purposes. Hip and knee replacements, for example, often involve the use of a titanium implant.

    The field of dentistry is increasingly finding use for titanium implants as well. A titanium implant for dental use will typically consist of a screw which resembles the root of a tooth and has either a smooth or roughened surface. The “root” is placed in the jawbone and the process of osseointegration is allowed to take place for several weeks or months. At the appropriate time, a dentist will then attach a crown to the root. Because the root is already integrated, the patient is then immediately able to use the new implant as if it were a natural tooth.


    Chemical Compositions:

    ElementCompositionA, %   (mass/mass)
    Grade 1
    UNS R50250
    Grade 2
    UNS R50400
    Grade 3
    UNS R50550
    Grade 4
    UNS R50700
    Nitrogen, max 0.030.030.050.05
    Carbon, max0.080.080.080.08
    Hydrogen, max0.0150.0150.0150.015
    Iron, max0.200.300.300.50
    Oxygen, max0.180.250.350.40
    Titanium  balancebalancebalancebalance


    Mechanical Property:

    GradeTensile   Strength(min)Yeild   Strength(min)Elongation in 4D, min, %

    Reduction of

    Area,

        min, %
    ksiMPaksiMPa
    Grade  135240201382430
    Grade250345402752030
    Grade 365450553801830
    Grade 480550704831525


    Titanium Wire.pdf