Galvanically tin-plated cable splice connectors

Product description:

  • material: E-Cu
  • surface: tin-plated
Artikel no Nominal cross section [mm²]
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0220510
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0221016
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0221525
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0222035
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0222550
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0223070
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0223595
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02240120
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02245150
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02250185
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02255240
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02260300
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02265400
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Galvanically tinned copper notched connectors are a state-of-the-art solution in the field of in the field of electrical installation and electrical engineering. They offer an efficient and reliable method of connecting electrical conductors.

Notched connectors

A notched connector, also known as a crimp connector or clamp connector, is a special special connecting element in electrical engineering that is used to connect electrical used to connect electrical conductors. The principle of the notched connector is based on a mechanical mechanical compression to create a secure, conductive and permanent connection between two or more between two or more conductors.

The basic design of a notched connector consists of a hollow metal cylinder, usually made of copper or another conductive alloy. The notched connector is placed over the conductor ends to be connected and then pressed with a special tool, such as a crimping tool. crimping pliers. This crimping process creates a connection similar to cold welding, which provides both high mechanical strength and strength and excellent electrical conductivity.

Notched connectors are available in various sizes and shapes to suit different cable diameters and types. They are used in a variety of applications, including domestic installations, the automotive industry, telecommunications telecommunications and in the manufacture of electrical equipment.

A particular advantage of notched connectors is their reliability and durability. longevity. They offer an excellent alternative to other connection techniques such as solder or screw connections, especially in applications applications where high vibration resistance and a maintenance-free connection are required. connection are required.

Material and finishing

The core of our notched connectors is made of high-purity copper. Copper is used because of its excellent electrical conductivity and ductility. The galvanic tinning, an electrochemical process in which a thin layer of tin is applied to the tin layer is applied to the copper, protects against corrosion and ensures better resistance to environmental influences and chemical reactions. environmental influences and chemical reactions.

Possible applications for our notched connectors

Tin-plated copper notched connectors are frequently used in electrical installations, automotive automotive engineering, telecommunications and many other areas. They are ideal for applications where a reliable and durable electrical connection is electrical connection is required, such as in the wiring of circuits, in control circuits, in control systems and in the repair of electrical components. components.

Advantages of our notched connectors

  • Excellent conductivity: Copper offers excellent electrical conductivity, which conductivity, which ensures minimal energy loss.
  • Corrosion resistance: The galvanic tin plating protects the copper from corrosion, which increases the durability of the connector.
  • Mechanical stability: Copper notched connectors are mechanically stable and can withstand withstand heavy physical loads without losing their integrity.
  • Flexibility in application: They are suitable for a wide range of cable types and sizes and sizes and offer a versatile solution for different requirements.
  • Easy installation: Notched connectors are designed to allow quick and easy installation, saving time and labor. quick and easy installation, saving time and labor costs.

Notched connectors from Hilpress

Galvanic tin-plated copper notched connectors offer an optimum combination of electrical electrical conductivity, corrosion resistance and mechanical stability. They are an excellent choice for professional electrical installations and other applications where durable and reliable electrical connections are required. are required. Their ease of use and durability make them an indispensable indispensable component in the modern electrical engineering sector.