Electrical Contact Points play an important role in power systems, electronic components, communication equipment, automotive electronics, aerospace and military fields. Its reliability and stability are crucial to the normal operation and performance of various equipment.

The manufacturing process of electrical contact points is a multi-step, high-precision process designed to ensure that the contact points have good conductivity, wear resistance, corrosion resistance and reliability.

Silver Rivet Contact realize the on-off control of the circuit, mainly through their physical properties and the connection method in the circuit. The following are the specific implementation methods:

Price advantage: Compared with gold wire of the same diameter, the price of silv

1. Improve electrical conductivity High conductivity: Silver is a metal with hi

Because silver and copper are two different metals, their physical and chemical

"Differences in Shapes" Rivets can be divided into flat head rivets, semicircul

Electrical contact points play a vital role in electrical circuits. It is a key

Wipe the surface of the outer covering with a clean gauze. The inspector should wear touch gloves and touch the surface of the stamped part along the longitudinal direction of the stamped part, this inspection method depends on the experience of the inspector

Silver metal oxide contact material has excellent switching operation characteristics and is one of the widely used contact materials in low-voltage appliances. Electrical contacts are the components that directly connect and break circuits in switching appliances, and play a decisive role in the safe operation of switching appliances.

The surface quality of a stamped part depends on the metal used, its hardness, thickness and whether or not it is heat treated after stamping. Softer materials are easily scratched during the stamping process, while thicker metals are less susceptible because they are more resistant to the pressure from the tool. Heat treatment helps improve the grain structure of the metal, making it harder and more resistant to wear without affecting the material's strength.

Precision stamped parts, which are made with high-precision dies, complete the blanking process by positioning them in one clamping. The workpiece on the punching machine requires high dimensional accuracy and shape and position tolerance

Precision stamped parts are a material processing method developed on the basis of common stamping process. It is to obtain precision stamped parts by improving the guiding accuracy, reducing the gap between convex and concave dies, increasing the reverse pressure and V-ring crimping circle and other process measures, resulting in the process of precision stamping or precision stamping compounded with other forming processes under the condition of strong three-way compressive stress.

Precision Metal Stamping, which are made with high-precision dies, complete the blanking process by positioning them in one clamping. The workpiece on the punching machine requires high dimensional accuracy and shape and position tolerance

As a manufacturer of electrical metal stamping parts, we have an in-depth understanding of the design principles and characteristics of stamping parts, so we will take you to understand some of the characteristics and design of stamping parts.

Precision Metal Stamping, which are made with high-precision dies, complete the blanking process by positioning them in one clamping. The workpiece on the punching machine requires high dimensional accuracy and shape and position tolerance

The precision hardware stamping process, sometimes referred to as progressive metal stamping, is one of the more popular machining and manufacturing processes in hardware processing today, allowing a range of industries to produce more challenging precision parts in an efficient and affordable manner.

Silver alloy wire (bonding silver wire), is currently the most suitable alternative to gold wire soldering consumables. In the LED package to play the role of wire connection, that is, the chip surface electrode and the bracket connected,

Electrical contact materials have a history of nearly 100 years, initially using pure silver, pure gold, pure platinum to make contact materials; the 1940s began to use Ag, Cu, Au_Ag, Pt_Ir, Pd_Ag and other pure metals or alloys; since the 1960s the development of multi-precious metals and a variety of precious metal composite electrical contacts characteristics

Solid rivets are generally made of aluminum, copper, iron, etc., and the surface treatment is white zinc plating. The use of rivets for the implementation of the connection - a rigid connection, is not removable. Small rivets can be cold riveted, while large rivets are hot riveted in the red hot state.