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When it comes to keeping your family safe from harm, you want to do everything in your power. Dealing with electricity can be a dangerous thing if you don't do it correctly. Teaching your family how to properly approach electrical problems can make a world of difference in their safety. Here are our top 10 electrical safety tips to help keep your family safe from harm. 1.) Avoid Overloading An Electrical Outlet And Power Strips Being in the technology age, it can sometimes be difficult to charge all of our mobile items. From your phone to your iPod, to your computer, you need to have a clear outlet space to do so. Many think the best solution is to simply add more temporary outlets to their existing hardwired outlets. This can be done with power strips and multi-outlet plugins. While these may seem convenient at first, they actually can cause major electrical problems. Overloading outlets can cause burnt plugs, and in more severe cases, full-on house fires. You should avoid using multi-outlet plugins as much as possible to reduce your family's risk of danger. 2.) Don't Yank On Electrical Cords It may seem tempting from time to time to pull on a power cord to get it out of the wall. Just because it saves you that short trip back down the hallway to unplug the sweeper, it's actually costing you more in the long run because of the wear it takes. Realize that by yanking power cords, you can damage the cord, the plug, and the actual wall outlet. In the event that your wall outlet has become loose due to being yanked on, we suggest calling a qualified electrician to fix the issue. 3.) Avoid Keeping Power Cords Near Water If you've ever noticed that the outlets in your kitchen and bathroom are shaped differently than the rest, you've seen a GFCI outlet. These are specially made to help decrease the likelihood of electrical shock in the event that water seeps into the outlet. You can do yourself a favor and protect you and your family from electrical shock b

The mold opening process: the three-plate mold has two parting processes, the first between the stripping plate and the cavity plate, and the second time between the cavity plate and the core plate. When the core side is pulled by the injection molding machine, as the A and B plate are equipped with a latch lock, and there is no connection or obstruction between the stripping plate and the A plate (in most cases, the pull rod is also equipped with a spring) At this time, the stripping plate is first separated from the cavity plate by the pulling force, and the cavity plate moves backward with the core plate. When moving to the set distance, it is blocked by the pull rod limiting block, because the A plate continues to move with the injection molding machine. Therefore, the pull rod is also driven, and the pull rod drives the stripping plate to move to the next set distance and then the pull rod and the cavity plate stops moving.