15 Years manufacturer 7″ Backhand Round-Jaw Locking Pliers to Greenland Manufacturers

15 Years manufacturer 7″ Backhand Round-Jaw Locking Pliers to Greenland Manufacturers

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We believe that long term partnership is a result of high quality, value added service, rich experience and personal contact for 15 Years manufacturer 7″ Backhand Round-Jaw Locking Pliers to Greenland Manufacturers, We, with open arms, invite all interested buyers to visit our website or contact us directly for further information.


Basic  Information


■Model Number: RL-DLQ004

Additional Information


■Material: A3# steel (Q235) or 45# steel

■Size: 7”

■Surface Treatment: Nickel-plated, Zinc-plated, Black Oxide, Electrophoresis

■Heat Treatment: Optional

■Package: Blister Card, Suction Card, Tie Card, Double Blister Card

■OEM: Acceptable

■HS Code: 8203200000

■Samples: For FREE

■Delivery Time: Always 30 working days depending on the order quantity

■Packing: By standard cartons

Product Description


■Mainly used for clamping parts to rivet, weld, grind and so on, which is characterized by the powerful clamp force produced by the jaw. It can lock tight so that the parts won’t fetch away. Besides, jaws have a lot of levels to adjust for the use of different thickness of parts, and it also can be used as a wrench.

■Flexible using, long life and good tenacity.

■The screw tuning button can give the best clamp size easily.

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  • Fingers are particularly well suited to construction in polymorph as the low friction joint required for the smooth operation of the resultant hand is exceedingly easy to make simply by pinching a cylinder with a pair of blunt side cutters down into a plastic hinge.

    Further reinforcing by embedding dyneema into the polymorph is also straight forward though care must be taken to pull the fibres taut and to keep them more to the sides of the hinge to improve the lateral strength of the joints.

    When hand moulding the structural elements of a robot finger in dyneema reinforced polymorph it is best to work fast to avoid having to reheat the polymorph but this may take some practice.

    When embedding the dyneema into the centre of the polymorph make sure the fibres are well separated and thoroughly worked-in by crimping with pliers or soaked-in by leaving in the oven.



    “Goggle Up! Science is about to happen…Share by Tweet: https://bit.ly/YAsk8M Facebook: https://bit.ly/PrinceRupert
    READ THE ADDITIONAL INFO HERE! (Click “Show More”!)
    Please help me justify putting this much time and effort into a video by clicking “LIKE” and SHARING this as much as possible. Click the following: Tweet: https://bit.ly/TweetRupert Facebook: https://bit.ly/PrinceRupert Please share with any science blogs or outlets you think would enjoy it.

    Videos like this don’t just happen. They require lots of time, and lots of favors from very smart and kind people willing to help me and you learn. PLEASE take a moment and read the following information and support those who supported me.

    This is the camera we used for the ultra-high speed shots. It has the “FAST” option.

    https://www.visionresearch.com/v16102/

    You absolutely have to check out the stuff Cal Makes. We’re just goofing off in this video, but the guy is some type of glass wizard genius. It would make me happy if you bought something from him and he felt like the audience appreciated all the time he donated to this video. He basically gave me 2 entire nights of his entire shop.

    https://orbixhotglass.com/

    I feel like we’re friends at this point, and he is open to the idea of doing more videos in the future and teach me more about what he knows about glass. Let’s make it worth his time.

    I’m a HUGE FAN of the song Gordon wrote for this video. His landlord would really appreciated if you downloaded it so he could make rent this month.

    https://ashellinthepit.bandcamp.com/track/manta

    It looks like he’s assembling a new album that I may like more than Mammals:

    https://ashellinthepit.bandcamp.com/album/hydrophile-in-progress

    Show him some love.

    ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
    ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
    This video involved about 2 months of research, and me reaching out to several individuals. I would like to thank everyone who took time out of their schedule to contribute to my wacky research. A big thanks to the following people:
    ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
    My wife and kids. I’m sorry this took so long and I wasn’t the kind of active father I want to be during the 5 weeks it took to make this.

    Dr. Martyn Poliakoff for getting me access to documents which details experiments on the Prince Rupert’s Drop by the Royal Society
    https://rsnr.royalsocietypublishing.org/content/41/1/1.full.pdf+html (behind a pay wall)

    Being able to calculate the failure front velocity of a Prince Rupert’s drop is a pretty big deal. For years this was a scientific mystery. High speed camera technology is only recently fast enough to provide data like this. Thanks to Vision Research for letting me use the V1610 to try to unravel this mystery for the public in general.

    Rob Kuefner for reaching out to me and offering to convert certain equations into LaTeX format for me.

    Dr. Jeff Evans from UAH. A friend and neighbor who just happens to have a PhD and be an expert in fracture mechanics. https://bit.ly/YLezDA Thank you for helping me by pointing me in the right direction in the early stages of my research. It’s time we hangout again.

    Brian: thanks for letting me use your green screen and telling me about Orbix in the first place. I stayed up there til about 1 or 2 am two nights in a row acting stupid in front of of the camera all alone. Now that I look back at that footage without the context of this video, it’s all very strange.

    Thanks to Loïc Samuel for taking time to make the custom TNT Degradation graphic!

    P.S. There was some old guy walking around the track at the park when I was filming me jumping on the bridge railing. I’m pretty sure you kept walking until I was done just to make sure you wouldn’t have to take me to the hospital if I broke my leg. I’ll never meet you again, but I’m grateful for this kind gesture you didn’t know I noticed.
    ~~~~~~~~~~~~~~~~~~~~~~~~~~~~
    Tweet ideas to me @SmarterYouTube

    Instead of saving for my kids’ college, I make videos using the money I would have saved.
    The thought is it will help educate the world as a whole, and one day generate enough revenue to pay for their education. Until then if you appreciate what you’ve learned in this video and the effort that went in to it, please SHARE THE VIDEO!

    If you REALLY liked it, feel free to pitch a few dollars towards their college fund by clicking here:

    https://bit.ly/KidsCollege

    Warm Regards,

    Destin

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