Factory made hot-sale DIN6921 ISO4162 Hexagon Flange Bolts and Screws to Myanmar Factory

Hexagon Flange Screws and Bolts Standard: DIN6921, ISO4162, ISO8102, ASME B18.2.3.9M, ASME B18.2.1, Metric Size: M6-M20 with various lengths Inch Size: 1/4”-3/4” with various lengths Material Grade: Carbon Steel, Alloy Steel, Stainless Steel covers grade ISO 898-1 4.8, 8.8, 10.9; SAE J429 Grade 5, 8; ASTM A193 B7, A320 L7; ASTM F593 A, B, C, D, E, F, G, H; ISO 3506 A2-70, A4-70 Finish: Plain, Black Oxide, Zinc Plated, Hop Dipped Galvanized, Dacromet, etc. Packing: Bulk about 25 kgs each carton, 36 cartons each pallet Advantage: High Quality and Strict Quality Control, Competitive Price,Timely Delivery; Technical Support, Supply Test Reports Please feel free to contact us for more details.

  • Factory made hot-sale DIN6921 ISO4162 Hexagon Flange Bolts and Screws to Myanmar Factory Related Video:



    Months-long construction and 17 second destruction of the 1,975 foot Senior Road TV and FM tower near Houston in 1982. NOTE: seven people lost their lives during this accident. May not be suitable for some viewers. SEQUENCE: Huge tower base is raised. Tower is completed and put into operation with temporary antennas. Top-mount panel antenna arrives and is raised in two sections. Camera rides first section. Second section is midway up when two lifting U-bolts break, dropping the antenna and workers onto guy wires below. Camera captures one of the guys being severed, which dooms the tower. Camera falls to ground and records reflections in a pool of water of the remaining guy wires falling, just before the main body of the tower strikes the ground at 17 seconds, causing the video break-up. The bit of audio is the camerman’s reaction to the event beginning. Segment is repeated in slow motion, also showing a section of a four inch guy cable nearly decapitating the camerman, who drops the camera. When he retrieves it and resumes, the huge tower base is show on the ground Surviving crewmembers rush in to search for victims. The crushed KTXH building, which was in operation, is shown. Rescuers arrive. The debris field is shown.



    Can you repair dents in an automobile with a hair dryer and a can of compressed air? Yes and no. It depends upon the location and severity of the damage. But as I have demonstrated, with a heat gun, $9 worth of Endust Duster, and about 15 minutes, you can achieve some remarkable results.

    Read more at… https://blog.yagelski.com/2011/10/paintless-dent-repair-using-heat-gun.html

    Responses to the most common criticisms:

    Q. Why didn’t you just push the dent out from behind?
    A. This is a hybrid vehicle and there is A/C equipment for battery cooling that is located between the sheet metal and the interior finish. The dent was simply not accessible from the inside.

    Q. Why didn’t you just use a toilet plunger and pull the dent out?
    A. That may have worked on the larger of the two dents, but the surface area of the smaller dent would have made that impossible.

    Q. This video and photos of the dents have been Photoshopped and faked!
    A. Absolutely not. I will gladly attest that this video and the images of the dent, before and after, have not been retouched. I also have a witness who observed the process and would attest the same.

    Q. “Tapping” the panel like you did in the video would have popped the dent out without the heating and cooling.
    A. My attempts to pop the dent out with persuasive tapping by hand and a rubber mallet prior to the heating / cooling did not have any impact.

    Q. This process didn’t help, you can still see the dents!
    A. Yes. if you look closely you can still see the smaller of the two dents. However, the larger of the two is not distinguishable to the casual observer. This process made a significant improvement to the appearance of both dents. It is not a factory perfect repair, but this is not a valuable vehicle either. I could not justify the expense of a professional body shop for a vehicle that is seven years old and +150,000 miles. This process provided a good alternative.