Threading a pipe is easy, but you do need to use the proper die size. If you're not sure how big your pipe is, measure from exterior to exterior to determine what size die you need. As long as you remember that it's the outside diameter you need, you won't have any issues.
Place your pipe in a vise to hold it steady while you work.
Position a bucket or old towel under the end of the pipe to catch your mess. Cutting oil and metal shavings will drop from the pipe while you work and are easier to clean up when they are contained.
Choose the correct die and place it in the stock at the end of the ratcheting die handle. Most dies simply push into place on the end of the handle.
The trick to successfully starting the threading process is to apply pressure to the die when you first begin threading the pipe. All you need to do is put the die over the pipe and push on the end facing you as you start to use the threading tool. This isn't hard to do, but failing to apply a bit of pressure to the end of the die will allow it to spin without cutting into the pipe.
Drizzle some cutting oil onto the end of the pipe.
Slide the die over the end of the pipe.
Push on the die, leaning into it a bit to apply some pressure to the end of the pipe. While pushing on the die, pull up the ratchet handle. You will feel the die bite into the pipe and begin to cut.
Release the pressure you've been applying to the die.
After the die has started cutting the thread, you'll want to continue threading the pipe. As you work, however, little shavings of metal will be cut into the threads. These are called chips, and you need to remove them every so often as you work. Known as breaking the chips, this process simply involves reversing the ratcheting action on your die handle for a turn.
Continue turning the die handle as you would a ratchet and socket, pushing the handle backward when you run out of room.
Stop every three or four turns and apply more cutting oil to the pipe. Squeeze the oil right down into the die to keep both it and the pipe well lubricated.
Flip the switch or turn the knob to reverse the ratcheting direction on your die handle. Give the handle 1/2 or 1/4 of a turn in this new direction to break the chips.
Return the ratcheting action to its original direction and continue turning the handle. Repeat the process of turning the handle, oiling the die, and reversing the ratchet for a few turns until the end of your pipe sticks out two or three threads past the teeth on the die.
Flip the ratchet in the backward direction once again and keep turning the handle until the die comes off the pipe.
Wipe the cutting oil off the pipe and off your die before putting it back into the pipe-threading kit for storage.
Pre-Galvanizing Pipe is widely used in petroleum ,chemical industry, construction, shipbuilding, communications, electricity and underground gas pipelines and many other fields.
Pre-Galvanizing Pipe is galvanizing, Zinc layer is an electroplating layer, and zinc layer is separately stratified with the steel tube matrix.
Pre-galvanized steel pipe is the treatment of steel pipe before galvanizing: degreasing treatment, derusting treatment, phosphating treatment, drying treatment.
Hot dipped galvanized steel pipe is in manufacturing process using steel pipes of removed rust dipped into zinc liquid of 500℃ temperatures, and making steel surface attached zinc layer so as to achieve the purpose of anti-corrosion.
Hot galvanizing process specially suitable for kinds of strong-acid, alkali fog and other strong corrosive conditions. This kinds of fastener used a lot in outside of steel tower contribution.
Black steel pipes have a variety of use. Thanks to their strength and needs for little maintenance. They tend to be used for transporting gas and water to rural areas and urban areas or for conduits that protect electrical wiring and deliver high pressure steam and air. In addition, black steel pipes are also used in oil and petroleum industries for piping large quantities of oil through remote areas.
Other uses of black steel pipes include gas distribution inside and outside homes, water wells and sewage systems. However, black steel pipes are never used for transporting potable water due to the fact that they tend to corrode in water and mineral of the pipe will dissolve into the water and clog the line as well.
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Seamless pipes are manufactured by extruding the metal to the desired length. Thus, they do not have any joint in its cross-section throughout its length. seamless pipes are marketed on an outdated myth that it does not have flaws but that welded has an inherent flaw throughout the length of each tube, as stated above. Intuitively this concept is easily accepted by purchasers and designers with limited experience with the various products.
Steel porp refers to the use of steel pipe, H-shaped steel, angle steel, etc. to enhance the stability of the engineering structure. Generally, it is an inclined connecting member, and the most common are herringbone and cross shapes. Steel supports are widely used in subways and foundation pits. Because the steel support can be recycled and reused, it is economical and environmentally friendly.
Steel coil is sheet metal supplied in coil form. Depending on the production method, such coil is classified as hot-rolled, cold-rolled, galvanised or polymer-coated . Steel coil is used across industry, the main consumers being the construction and machine-building sectors.
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