High quality factory DIN912 ISO4762 AMSE B18.3 Hexagon Socket Head Cap Screws to Hanover Manufacturers

Hexagon Socket Head Cap Screws Standard: DIN912, ISO4762, AMSE B18.3, DIN7984 Metric Thread Size: M5-M80 with various lengths Inch Thread Size: 1/4”-3” with various lengths Class: ISO 898-1 8.8, 10.9, 12.9; ASTM A574; ASTM A193 B7, B7M, A320 L7, L7M. Finish: Plain, Black Oxide, Zinc Plated, Dacromet, and so on 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.

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    After 44 episodes of Tool Tuesday, I thought it would be a good time to share what I currently carry to the track, bash spot or just have open in my shop. I’ll try to have links for each one, otherwise, check out my playlist for all the Tool Tuesday’s here:

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    Teach your child about circuits by using this fun and easy aluminum foil circuit activity.

    Materials:

    - Aluminum Foil

    - Light bulb

    - Batteries

    - Paper

    - Pencil

    Instructions:

    1) Design your circuit (Note: avoid crossing the circuit unless you plan to make it three dimensional – always a plus for the higher level students)

    2) Make wires out of foil

    3) Connect the light bulb to the foil (make sure to connect the foil in the correct areas. For incandescent light bulbs, connect one wire to the threads of the bulb and the other wire to the nub).

    4) Attach batteries (for LED lights, the current has to flow in the correct direction. The shorter end of the LED is the negative side)

    5) Light up! The light should light up.

    Troubleshooting

    1) Check the connections. A loose or broken wire might be the culprit. Make sure you’re connected to where you need to be.

    2) Check the material. Does the battery work in something else? What about the light?

    3) Check for short circuits. If a wire on one side is touching the wire on the other side, you could be short circuiting your circuit. This essentially means that the electricity has found an easier, faster way to go in a circuit and will no longer flow through the light.

    4) Check the voltage. Do you have the necessary number of volts to light up the light? Too little will not turn the light on. Too much can cause an overload.

    Safety

    1) Make sure to have dry hands and a clean work environment.

    2) DO NOT leave the circuit connected. When you are done, disconnect as this can overheat the batteries and present a fire hazard.

    3) Use items that have a low voltage requirement (higher voltages present higher risks).

    4) Avoid using too many volts as that can damage the electronic component and you!

    5) Parental Supervision is advised.