Teron Metal Components is one of the leading manufacturers providing a wide array of Mechanical lug fasteners. We manufacture Mechanical lug fasteners in various configurations, requirements, and capabilities along with different finishing and coating options. Mechanical lug fasteners are available in diverse sizes and specifications. We use quality-grade materials and the latest machinery in the manufacturing of Mechanical lug fasteners. We are dedicated to understanding the needs of our clients to provide the exact Mechanical lug fasteners based on their requirements. Teron Metal Components maintains National and International standards to manufacture accurate Mechanical lug fasteners.
We offer Mechanical lug fasteners in various lengths, widths, and thicknesses based on the industry needs. We have an experienced team of manufacturers having the right knowledge of advanced machine technologies, who can provide high quality and standard Mechanical lug fasteners. The demand for our Mechanical lug fasteners is high in the market because of their high performance and service.
Mechanical Lug Fasteners are usually used for larger wires and cables. They are widely used in electrical and mechanical applications where secure and reliable connections are required. There are mainly two types of mechanical lug fasteners, aluminium mechanical lug fasteners, and copper lug fasteners – each with its own purpose. Aluminium lugs are used extensively in electrical power distribution systems, particularly in medium to high voltage applications. Copper lugs are commonly used in low voltage electrical systems, including residential and commercial wiring.
Mechanical Lug Fasteners Specifications
- Also referred to as “electrical lugs”.
- It’s designed to accommodate a wide range of connectors.
- Ensure efficient power transmission and low resistance connections.
- Mechanical lugs incorporate safety features.
- Withstand mechanical stress, thermal cycling, and environmental conditions.
- Ensure a reliable and gas-tight electrical connection without the need for soldering.