What is the plate matrix?
The board matrix is embossed from a piece of sheet and contains two mounting holes that receive two blind rivets to hold the nut in the metal work. Behind the front plate there is a cylindrical thread tube that holds the threaded fasteners to the workshop with the installed board of the nut. When the board matrix is installed in the workshop, no tools are required to detention the rear of the fasteners, as the installation program will tighten the threaded fastener. The type of metal and installation environments determines the type of matrix of the metal plate required to ensure a strong structural connection. Each type of material has specific use to ensure that the installed matrix is compatible with the base material and ensures that the installed nut does not disappoint corrosion, thermal voltage or electrolysis between different types of metal. Knowledge of limits and use for each type of nuts metal plates is the first step for an installation program to provide a corresponding connection in a given base material.
softer metals and brass-do not have the power needed to maintain high stress connections, but their conductivity allows them to work in the electric environment as grounding points for cabling and electric connectors. Hard metal-razible steel, nickel and carbon steel provide strength to connect in highly stressful environments or connections that hold excessive weight. Stainless steel and nuts of nickel plates add corrosion resistance to increased strength to make strong connections in areas susceptible to moisture or in areas with chemical vapors in the air. Another component added to the board matrix allows the installed matrix to withstand the release when exposed to vibrations and changes to the constant temperature.
inside the fiber of the locking plate Si SITS Nylon insert, which extends when the screw is tightened in the nut. The widespread nylon material prevents vibration from browsing the matrix plate and on the thread of the screw. Nylono markingThe material describes the maximum temperature that the matrix of the self -thoughtful plate can be subjected to without melting. When the nylon melts, weakens and reduces the amount of vibration damping provided by the installed matrix of the self -thoughtful board. The compound for the locking of threads can be applied to the standard board nuts to allow them to withstand vibrations when no self -sponsor nuts are available.