What is the cage matrix?
cage matrix provides threads connecting point for screw when access to the rear of the connection is limited or non -existent. The cage matrix is located in a square tin frame designed to catch and hold a specific thickness of the material. When the cage mat is installed partially, the frame keeps the cage nut at rest, while the screw was threaded into the central hexagon nut. The matrix, screw and part must be compared to ensure that the threaded connection has the power needed to adequately hold more parts together without pulling the base material.
At the top of the walnut frames, there are two contradictory cards sitting at a predetermined distance. The gap in the ears determines the thickness of the material that holds the matrix in place without pulling the matrix out of the base material. The set ear distance allows variable material thicknesses if the material is thinner than the ears gap. Materials thicker than ears gap I allow the cage matrix to a material gap but mateRial won't sit in the ears. This causes the cage mattress frame to be pulled forward as the pressure exerts with the fastening element, and the parts secured in conjunction easily disintegrate.
Even with the correct material thickness, the cage matrix is still pulled out of the base material if it is too large for the cage mattress frame. Cutting the square holes required to install a cage mattress requires specific dimensions and must remain perfectly square to keep the nut in place after connecting. The tools needed to produce a square hole include a bit with a drill corresponding to the size of the cage mat and the coarse square or triangular set. The use of tools correctly provides a corresponding opening for installing the cage matrix.
The correct combination of the hole size and the thickness of the material ensures that the walnut frame is firmly holding the connection material. Another factor, the size of the screw, determines the size of the hex matrix,which is located in the center of the cage matrix and determines the size of the cage surrounding the center nut. Determination of the desired screw is the first step when selecting the matrix able to provide sufficient support for threading.