Introduction To Hexagon Socket Head Bolt Process


China Stud Supplier replaces the small rolling-coated bolts without hydrogen embrittlement with a thick anti-corrosion coating, which has the practical advantage of hot-dip galvanizing.

  Non-standard Hexagon Socket Head Bolt will cause various failures due to corrosion, pollution, looseness, vibration, heat, environmental temperature changes and other factors during use, which will affect the normal use of the equipment.

  

  The process characteristic of the non-standard Hexagon Socket Head Bolt made of stainless steel is that the coating is not electrodeposited, but produced at room temperature. The coating is formed by the rotation of the electroplating drum installed with Hexagon Socket Head Bolt, so the bolts or nuts in the drum will collide with the medium to complete the transfer of mechanical energy. The structure of the coating is that the spherical zinc powder is deformed by mechanical force transmission and becomes a layered stack of flat and dish-shaped zinc particles, thereby condensing into the coating. This structural coating has the basic physical properties of stainless steel, and the function of the coating is to provide an anode maintenance coating for iron-based fasteners.

  

   China Stud Supplier replaces the small rolling-coated bolts without hydrogen embrittlement with a thick anti-corrosion coating, which has the practical advantage of hot-dip galvanizing.