capacitor discharge CD weld Pin

Capacitor Discharge Weld Pins Datasheet

Capacitor discharge weld pins with self-locking washers are a type of insulation fasteners that are commonly used in a variety of industries including HVAC insulation, duct insulation, and construction equipment. These weld pins offer a reliable and secure way to attach components to a surface without the need for additional hardware. They are designed to provide a strong electrical connection between the attached component and the surface material.

Material:

Mild Steel, with copper coating

Stainless Steel Type 304 (Type 304 & 316L as special order)

Length: 22-200mm length

3mm (.118) Dia Mild Steel available as special order

Other specifications:

Length of this style pin should exceed the thickness of the insulation, in order to securely attach the self-locking washer.

Nail point is standard - available with "blunt end" as special order.

Application Fields

 

 

Construction industry: In the construction industry, CD nails are commonly used for the connection of steel structures, bridges, large machinery and equipment. They provide a strong connection to ensure the stability and safety of the structure.

Shipbuilding: In shipbuilding, CD nails are widely used in the connection of ship hull structures. As ships need to withstand huge water pressure and wind and wave impact, they need to use high-strength, corrosion-resistant welded joints, and CD nails are the ideal choice to meet these requirements.

Automotive Manufacturing: In automotive manufacturing, CD nails are commonly used to join body, chassis and other components. They can provide precise welding position and reliable connection strength to ensure the safety and comfort of the car.

Other industries: In addition to the above industries, CD nails are also widely used in aerospace, petrochemical, electric power and other fields. In these fields, CD nails can provide high strength, corrosion resistance, high temperature resistance and other characteristics, to meet the needs of a variety of complex environments of the connection.