For years, nylon material (PA66) has been widely favored across various industries due to its excellent electrical properties, high flame-retardant rating, and superior structural (mechanical) strength. However, PA66’s inherent characteristics result in poor adhesion to metals and other plastic materials, posing risks when used in demanding environments—such as IP67-rated enclosures, high-pressure conditions, or applications involving liquid penetration and leakage.

  In the field of pre-molded cable assemblies, PA66 is indispensable. Yet, its poor bonding with common cable jacket materials like PVC and PUR has long hindered broader adoption and application within the industry. From the moment DERON Industrial first received this customer requirement, our Application Development and R&D teams have dedicated themselves to intensive research and development. Through innovative process development and the use of reactive adhesion promoters, we have successfully achieved robust bonding between PA66 and cable jacket materials such as PVC and PUR.

  The resulting pre-molded connectors exhibit exceptional performance stability, with fully integrated PA66 overmolding that bonds seamlessly to the cables. These products meet IP67/IP69K ingress protection ratings and deliver outstanding electrical insulation and tensile strength.

  DERON Industrial’s advanced PA66 overmolding adhesion process now fulfills the demanding requirements of multiple industries, earning strong customer recognition and establishing us as a leading manufacturer of high-performance connectors in the industry.

In manufacturing, vacuum grippers are frequently used by robotic arms to move sheet metal components in and out of the processing stage on a press. Therefore, multi-axis systems use more sensors and actuators. Monitoring can be done through standard I/O. Since tool testing is carried out independently and the wiring is simple, debugging is faster and safer. 

Energy storage is an important technology and fundamental equipment that supports the new power system. It can provide various services to the operation of the grid, such as peak shaving, frequency regulation, backup power, black start, and demand response support. It is an important means to enhance the flexibility, economy, and security of the traditional power system. Energy storage can promote the open sharing and flexible trading of energy production and consumption, achieve multi-energy synergy, and build an energy Internet. It also drives power system reform and promotes the development of new energy formats. Reliable I/O module control products have become essential for energy storage containers. They have a small size and can operate in a wide range of temperature environments, thus improving the safety, operability, and standardization of energy storage containers.