Stamping Parts Panel For The Automotive Windscreen Wiper System

We know stamping parts are used in the automotive industry. Today, let us know other stamping parts applications in automotive windscreen wiper systems parts; it play a vital role. This part is mainly composed of two panels assembled together through the brazing process. This part’s middle design is a curved pipe.
When we design parts, we need to consider strength, durability, and compatibility with other components. The middle pipe is the key channel for fluid circulation. Its design must ensure the fluid volume can pass smoothly and meet industry standards and specifications.

The stamping part panel middle curved pipe design not only adapts car wiper system space limitations, it also optimizes the fluid flow path, reduces flow resistance, and improves the system’s overall efficiency.
The fluid flow in the pipe must meet specific flow and pressure requirements, ensure the wiper can work properly, and provide a clear view.

Stamping Parts Manufacturer Technology

Stamping technology is a processing method that applies pressure to metal sheets through a die to cause them to undergo plastic deformation, thereby obtaining the desired shape and size.
We produce stamping parts panels for automotive windscreen wiper systems by stamping technology, because of following reasons:
Efficient production: Stamping technology can achieve large-scale and high-efficiency production, it is suitable for stamping parts in high demand for the automotive industry.
High precision: Stamping dies can ensure the stamping parts high precision and consistency, it ensures parts’ size and shape meet the design requirements.
High material utilization: During the stamping process, the material utilization rate is high, which can reduce waste and production costs.

Material Selection And Performance Requirements

In the stamped part panel manufacturing process, choice materials is crucial, we need to consider the parts’ pipe structure design, and we need to conduct comprehensive evaluation and consideration from multiple aspects.
First, when the part is running in the car wiper system, the fluid volume rate is a key parameter. When the car starts, the fluid volume in the pipe must meet the system’s request.
Secondly, the material conductivity is also an important consideration. Although the wiper system mainly involves fluid flow, in some designs, the conductivity may affect the electrical connection or anti-interference ability of the system, especially when the electronic control unit is integrated.
In addition, the material corrosion resistance is a factor that cannot be ignored. The automotive wiper system is exposed to moisture, rain, dust, and various corrosive environments for a long time. The material must have excellent corrosion resistance to extend the stamping parts panel service life. and ensure the long-term reliability of the system.
Strength and toughness are also core indicators for material selection. Automotive stamping parts panels need to withstand the pressure, vibration, and external impact generated by fluid flow, so the material must have sufficient strength and toughness to prevent parts deformation, fracture, and failure during long-term use.
Finally, the material machinability is also crucial. The stamping and brazing processes have high requirements on the formability and welding performance of the material. The material needs to have good machinability to ensure that the parts can meet high precision and high quality standards during the manufacturing process.

Braze Advantage

In manufacturing stamping parts panels, two panels need to be connected through brazing. Braze is a welding method that uses a filler metal (brazine) with a lower melting point than the base material to melt after heating, fill the joint gap, and diffuse with the base material to achieve connection. The braze advantage is mainly reflected in the following aspects:
Sealing: Braze can ensure two panels have good sealing to prevent fluid leakage.
Strength: Braze has high strength and can withstand the pressure and vibration generated by the fluid flow.
Reliability: Braze reliability is high, which can ensure the stability and durability of the car wiper system in long-term use.

Stamping Advantages Technology In Brazing

Stamping technology has significant advantages in braze processing, which are mainly reflected in the following aspects:
Connect bounding: During the stamping process, the metal sheet will undergo plastic deformation to form a microscopic concave and convex surface, which helps to improve adhesion during brazing. ensure two panels can be firmly combined after brazing, it is not easy to crack.

Fluid flow control: Stamping technology can accurately control the stamping parts panel pipe shape and size, ensuring fluid in the pipeline meets requirements and there will be no turbulence or blockage.
Production efficiency: stamping technology and brazing processing combination guarantee parts fluid volume.

Stamping parts panel application in the automotive windscreen wiper system reflects stamping and brazing technology processing is very important. MK CNC is a stamping parts manufacturer with more than 27 years of professional experience. Our engineer through reasonable design and stamping processes, the parts meet strength, sealing, and fluid volume requirements in automobile wiper systems, which improves the system’s overall performance.
We also provide professional technical support to customers during the drawings design stage, we help optimize product design and ensure parts and other components are assembled. Through our design support services, customers can save a lot of time and cost while improving the overall performance of the product.

During the production process, we use advanced manufacturing technology and a strict quality control system to ensure that every part meets the highest standards. After the product is completed, we will conduct a series of rigorous quality tests, including dimensional accuracy, material strength, surface treatment, fluid volume requirements, parts assembly, etc. we ensure the parts meet customer requirements and international standards. provide strong support for development in the automotive industry.

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