With the development of electronic and digital products, when you plug your data cable into the interface of your computer, have you ever thought about which model our computer type-C connector belongs to, whether it is a regular interface or a waterproof interface? Today, I will introduce to you about the production process of the waterproof type-C mother base. After you understand the production process of this product, There is actually a lot of information that we can grasp.

Before understanding the manufacturing process of the waterproof base, we should first understand the performance of this waterproof base. Its performance is not much different from that of our ordinary USB series connectors, but it is stronger in terms of waterproof performance than ordinary base. And this product can also support forward and backward arbitrary insertion and removal of interface structure, while also supporting high-frequency data transmission. When our related product's equipment uses a waterproof base, sometimes it can work normally for 30 minutes under less than one meter of water without damaging any function of the electronic device. This is definitely very tempting for many people, after all, sometimes our electronic devices often crash or even break down due to water ingress, But now with the emergence of this waterproof type-c base type product, it not only ensures that the interior of the product is not leaking, but also ensures that everyone can work normally under this water. For those who need to use these electronic devices in special environments, this is indeed a great benefit.

What exactly is the manufacturing process that led to the production of our waterproof type-c mother base? Don't worry, let me explain in detail the production process of waterproof type-c mother base. Its waterproof function is mainly achieved through four process methods. Firstly, in terms of pin terminal wiring, there is a very obvious difference from traditional automatic machine insertion process. This waterproof motherboard adopts a process of heterogenous injection molding between the pins and the plastic body. When embedding the pins into the plastic, it is necessary to ensure that there is no gap between the pin and the plastic tongue. This process is a measure of the front-end waterproof process. The second process is the combination process of Thermoforming between the plastic body and the metal shell, which can avoid the gap between the metal and plastic when they are in contact with different materials. The main function of this process is to prevent water leakage at the bottom. The third method is to set a sealing rubber ring installation position at the front end of the connector. The material used for the sealing ring is silicone, which has excellent waterproof performance. I believe everyone is very familiar with this.

Type-C small volume waterproof base, including an insulated body, multiple terminals, and a shielding shell; The insulation body includes a base and a tongue plate extending forward from the front end of the base; The multiple terminals are all installed in the insulated body; The shielding shell is wrapped around the insulation material, which includes a shell body and an inner shell. The front end of the shell body has side plates extending forward on both sides. The inner shell is a stretched shell, and the upper surface of the inner shell is flush with the upper surface of the shell body. Firstly, by shielding the outer shell, the outer shell and inner shell are set, and the upper surface of the inner shell is flush with the upper surface of the outer shell, thereby reducing the height of the Y-direction waterproof mother seat of the type-c interface, reducing the volume of the product, limitations of use, and processing costs. Secondly, by fixing the side panel and inner shell through continuous spot welding or adding welding wires, the strength requirements of the product can be ensured.