Based on this YouTube video's total view count of 85.8K views and industry-standard rates, the estimated total earning is $60 - $172 through ad revenue. Historical data is not yet available to calculate daily, weekly, or monthly averages.

Explore Pressed On, Never Coming Off🚿 with 85,816 views, 223 likes, and 2 comments. Experience the impact of this video content that has captured audience attention.

Look at the joint afterwards: it is not round any more. A row of flat faces has been pressed into the fitting, and those flats are the connection. Nothing was turned or tightened. A die closed on the metal, and the metal moved. That is the difference between a threaded joint and a crimped one, and why crimping wins where failure is not an option. A thread holds by friction and preload, and vibration can undo it. A crimp holds by permanent deformation. The fitting, the reinforcement and the tube wall become one body, and a good crimp is designed to outlast the hose — it fails by tearing the hose, not by letting go. The force is not human. Ten tonnes cannot come from an arm; it comes from an area ratio. Pressure in a closed fluid is equal everywhere, so a pump piston pushing 100 N into one square centimetre puts that pressure on a ram with a hundred times the area, and the ram pushes a hundred times harder. The price is distance: the ram travels a hundredth as far, which is why the handle goes down many times for a few millimetres of squeeze. ※ Key Features & Innovation Highlights: ▪ ※ This is cold forming, not fastening. The socket is larger than the hose bundle before the die closes and smaller afterwards; the metal goes inward, flowing onto the tube and locking the stack together. Inside, the stem carries annular grooves a fraction of a millimetre deep, and the inner tube rubber extrudes into them under pressure. What you get is not clamping force but a mechanical interlock that survives pressure pulses. ▪ ※ One number decides everything: crimp reduction. Take the outside diameter before and after and express the difference as a percentage. For multi-spiral wire hose the window is often quoted at 25 to 32 percent; below roughly 22 the pull-off force is not there; above roughly 35 the die starts cutting wires or cracking the inner tube, and the failure moves to the worst place available: the joint that bursts. Acceptance is pull-off at 80 percent of minimum burst pressure. ▪ ※ Die shape matters more than tonnage. A hexagon is the classic profile — six flats resist rotation and give a visual check — but the corners are stress risers: on heavy multi-spiral hose they can cut the outer wires, which is why high-end machines use a circular or octagonal transition. A die is not generic: dimensions differ between makers, and one slightly too large under-crimps while looking perfect. ▪ ※ Repeatability comes from a valve, not from the operator. Production tools carry a relief that clicks open at a set pressure, commonly hundreds of bar, so every squeeze ends in the same place whoever is pumping. This is the part a home build leaves out, and it separates a tool from a guess: without it the same joint comes out different on a cold morning and a warm afternoon. ▪ ※ Where a home-built press bites back. The two die halves must close perfectly parallel; any misalignment loads one side first and the fitting comes out tapered — half crushed, half loose. The frame must be stiff, because its own flex eats stroke: a press that springs open looks closed and is not. And a crimp is permanent: no second attempt, only a new fitting and a shorter hose. The oil also stores energy, so release it before you touch the head. Practical Notes: - Measure the crimped diameter on every joint, not just the first; a caliper is the quality system. - Mark insertion depth first; crimping short of the stop is a classic leak. - Keep the dies clean and dry, and never re-crimp to chase a leak: grit changes the closing dimension. - Release pressure before opening the die, and pull-test a sample for every new die or hose lot. Crimping is not a stronger version of tightening. It is a different idea: instead of adding a part that holds, you change the shape of the parts until they cannot part. Hydraulic pressure and crimped joints carry real risk; follow the maker's rated pressure, die and reduction data, and never press a joint above its rated working pressure.

With SocialCounts.org’s view counter, track your YouTube video’s live view count and YouTube likes count in real time with fast, reliable updates.

Watch every YouTube video live view count rise with our real-time YouTube views tracker—built for accuracy and minimal delay.

Follow YouTube real time views as they happen, using our dedicated view counter for YouTube videos.

Get up-to-date live view count on YouTube and see real-time growth with SocialCounts.org’s smart tracking tools.