Factory selling Brass Copper Set Screw Cup Point Grub Screws to Israel Manufacturer

Brass Copper Set Screw Grub Screws

Metric Size: M1.4 - M52, Inch Size: 0# - 2"

Hexagon Socket(Allen), Torx Star, Square, Slotted Drive Types

Flat Point, Cup Point, Cone Point, Dog Point

Other Drive and Point Type are also available acc. to customer requirement

Various Surface Finishes

Various Material Grades are available

Please feel free to contact us for more details


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    LEADER MACHINERY MANUFACTURE
    Email:sales3@ldhydraulic.com
    Website:https://www.ldhydraulic.com/
    Worktime : 8:00-16:40 (Beijing time)
    Phone:86-510-85310167(Working time)
    Fax: 86-510-85310126

    FY 25 TF/VA228

    d 25 mm
    A1 30 mm
    A2 12 mm
    J 70 mm
    L 95 mm
    T 38.8 mm
    N 12.7 mm
    B 34.1 mm
    s1 19.8 mm

    Calculation data
    Basic dynamic load rating C 14 kN
    Basic static load rating C0 7.8 kN
    Limiting speed 230 r/min
    Limiting temperature T 350 °C
    Mass
    Mass bearing unit 0.77 kg
    Mounting information
    Grub (set) screw G2 M6x0.75
    Hexagonal key size for grub screw N 3 mm
    Recommended tightening torque for grub screw 4 N·m



    (From an email from NADCA Feb 10, 2016.)

    Are you interested in learning more about product design for die castings?

    Die casting is a high production rate reproducible method of creating complex metal components. However, the die casting is only as good as the initial design. To make the best die castings one has to create a design that matches the process. Dr. Steve Midson, President of The Midson Group, will be presenting a three part webinar which focuses on design concepts to aid designers in crafting their design to take advantage of the die casting process. In addition, common die castings defects and design pitfalls will be covered.

    Part 1 – Die Casting Process: What is the die casting process?

    Aired Live February 8, 2016

    To design die castings the designer should understand the basic process. The steps in the high pressure die casting process will be explained. In addition some aspects of the process design will be covered. This will address selection of the machine size, location of runners, and the filling pattern. Finally, high performance modifications of the die casting process will be covered. These processes include semi solid and squeeze casting.