JDX NBR bendable rubber joint storage advice

The width of JDX NBR bendable rubber joint becomes narrower and the arc pit becomes longer, narrower and deeper. the residual height of JDX NBR bendable rubber joint becomes higher at the junction of coated active agent and uncoated active agent, the metal of JDX NBR bendable rubber joint accumulates more, and among all active agents, SiO2 acts on the welding seam forming. Following the increase of coating amount, the weld width did not change much, and the arc pit did not change significantly. Compared with the welding seam without active agent, the width of JDX NBR bendable rubber joint also did not change significantly, but the arc pit was larger than that without active agent.
 
The appearance of JDX NBR bendable rubber joint did not change much, and the arc pit did not change significantly, similar to that without active agent. However, the appearance of the weld seam is flat and regular, and there is no edge gnawing, which is better than that of the JDX bendable rubber joint without active agent. With the addition of CaF2 coating, the weld seam becomes poorly shaped, the arc pit does not change much, and the width of the weld seam does not change much. However, the amount of CaF2 is increased to show defects such as edge biting.
However, when the amount of coating reaches a certain value, the depth of melting increases to saturation, and then add the amount of coating, the depth of melting decreases. In the production of JDX NBR bendable rubber joint, the flat JDX NBR bendable rubber joint is formed first, and then its shape becomes a round tube. Once formed, the seam of the tube must be welded together. This weld affects the formability of the part to a large extent. Therefore, it is important to select the right welding technique in order to obtain a weld profile that can satisfy the strict testing requirements of the manufacturing industry.
 
In high frequency touch welding and high frequency induction welding, the equipment supplying the current and the equipment supplying the kneading force are independent of each other. In addition, both approaches use magnetic rods, which are soft magnetic elements that are placed inside the tube body and which help to converge the welding flow at the edge of the JDX NBR flexible rubber joint. In both cases, the JDX NBR flexibles are cut and sorted, then rolled up and delivered to the weld point.
A coolant is applied to cool the induction coils used in the heating process. Some coolant will be used in the kneading process. Here, a large force is applied to the JDX Buna N flex rubber joint to prevent porosity in the weld area; however, the application of a larger kneading force will result in an increase in burrs (and perhaps weld beads). As a result, specially planned JDX NBR bendable rubber joints are used to eradicate burrs from the inside and outside of the pipe.