What are the common preservatives of pipe fitting lateral tee?

　　Common preservatives for pipe fitting lateral tee is usually added in the range of 0.1%~0.3%. The ZrAls chemical substance produced by mistake and aluminium can block the work hardening process and decompose the pipe fitting lateral tee. Errors can also decompose the calcination mechanism, but have less effect than titanium. The presence of zirconium sometimes reduces the decomposition of titanium and boron crystals.

　　In Al-Zn-Mg-Cu manganese steel, ASTM A234 WPB Carbon Steel 45 Degree Pipe Fitting Lateral Tee is advisable to replace chromium and hammer decomposition hardening mechanism by mistake.Pipe fitting lateral tee can increase the composition of Al-Mg alloy, decompose crystals, reduce the re-spacing, reduce the vapor and impurity in manganese steel, and make the impurity tend to spheroidize. Pipe fitting lateral tee can also reduce the surface tension of the solution, improve the circulation, be beneficial to pouring ingots, and have more obvious harm to the process.

　　About 0.1% of all kinds of rare earths would be preferable. The critical temperature of GP zone composition of Al-0.65% Mg-0.61% Si manganese steel decreases with the increase of rare earth mixtures. Magnesium-containing Al-Mg alloys can induce the modification of rare earth elements. Vanadium in Al-Mg alloys is composed of refractory VAln chemicals, which can decompose crystals in the melting and casting process, but has less effect than titanium and zirconium. Vanadium is also used to decompose recrystallization mechanism and improve work hardening temperature.