Study of damping properties, thermal and strength characteristics of anaerobic materials

The article presents the results of experiments involved in investigation of a set of properties of anaerobic material. The tests demonstrated empirical dependence of the joint efficiency on the scale factor, type of tested load, activity of materials to be bonded, polymerization time. The article reveals the factors affecting the joint efficiency, and proposes methodology for calculation of adhesion coefficient for various brands of anaerobic materials. It determines the impact of thermophysical properties on joint strength, and establishes their limiting values. It was established that the damping capacity of anaerobic materials is to be taken into account when certain filling compounds are added to them. The investigation extends the application of anaerobic materials in assembling.

anaerobic materials, empirical dependence, joint efficiency, damping ability