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Product Details:

Wound Component Private Limited Leading Manufacturers and Supplier of Insulation Piercing Connector is made from UV resistant glass filled nylon. The process of manufacturing is through injection moulding. The blades of the connector are made from aluminum/copper alloy. Once the connection is made the piece becomes fully insulated and does not allow any leakage of current. The nut is designed as a shear - head and will break after a certain amount of force is applied.

Product Details:

Wound Component Private Limited Leading Manufacturers and Supplier of Insulation Piercing Connector is made from UV resistant glass filled nylon. The process of manufacturing is through injection moulding. The blades of the connector are made from aluminum/copper alloy. Once the connection is made the piece becomes fully insulated and does not allow any leakage of current. The nut is designed as a shear - head and will break after a certain amount of force is applied.

Product Details:

Wound Component Private Limited Leading Manufacturers and Supplier of Insulation Piercing Connector is made from UV resistant glass filled nylon. The process of manufacturing is through injection moulding. The blades of the connector are made from aluminum/copper alloy. Once the connection is made the piece becomes fully insulated and does not allow any leakage of current. The nut is designed as a shear - head and will break after a certain amount of force is applied.

Product Details:

Wound Component Private Limited Leading Manufacturers and Supplier of Insulation Piercing Connector is made from UV resistant glass filled nylon. The process of manufacturing is through injection moulding. The blades of the connector are made from aluminum/copper alloy. Once the connection is made the piece becomes fully insulated and does not allow any leakage of current. The nut is designed as a shear - head and will break after a certain amount of force is applied.

Product Details:

Wound Component Private Limited Leading Manufacturers and Supplier of Insulation Piercing Connector is made from UV resistant glass filled nylon. The process of manufacturing is through injection moulding. The blades of the connector are made from aluminum/copper alloy. Once the connection is made the piece becomes fully insulated and does not allow any leakage of current. The nut is designed as a shear - head and will break after a certain amount of force is applied.

Product Details:

The Insulation Piercing Connector is made from UV resistant glass filled nylon. The process of manufacturing is through injection moulding. The blades of the connector are made from aluminum/copper alloy. Once the connection is made the piece becomes fully insulated and does not allow any leakage of current. The nut is designed as a shear - head and will break after a certain amount of force is applied. 

Additional Information:

• Delivery Time: 1 DAY

Product Details:

Wound Component Private Limited Leading Manufacturers and Supplier of Insulation Piercing Connector is made from UV resistant glass filled nylon. The process of manufacturing is through injection moulding. The blades of the connector are made from aluminum/copper alloy. Once the connection is made the piece becomes fully insulated and does not allow any leakage of current. The nut is designed as a shear - head and will break after a certain amount of force is applied.

Product Details:

Wound Component Private Limited Leading Manufacturers and Supplier of Insulation Piercing Connector is made from UV resistant glass filled nylon. The process of manufacturing is through injection moulding. The blades of the connector are made from aluminum/copper alloy. Once the connection is made the piece becomes fully insulated and does not allow any leakage of current. The nut is designed as a shear - head and will break after a certain amount of force is applied.

Product Details:

Wound Component Private Limited Leading Manufacturers and Supplier of Insulation Piercing Connector is made from UV resistant glass filled nylon. The process of manufacturing is through injection moulding. The blades of the connector are made from aluminum/copper alloy. Once the connection is made the piece becomes fully insulated and does not allow any leakage of current. The nut is designed as a shear - head and will break after a certain amount of force is applied.

Product Details:

Wound Component Private Limited Leading Manufacturers and Supplier of Insulation Piercing Connector is made from UV resistant glass filled nylon. The process of manufacturing is through injection moulding. The blades of the connector are made from aluminum/copper alloy. Once the connection is made the piece becomes fully insulated and does not allow any leakage of current. The nut is designed as a shear - head and will break after a certain amount of force is applied.

Product Details:

The Insulation Piercing Connector is made from UV resistant glass filled nylon. The process of manufacturing is through injection moulding. The blades of the connector are made from aluminum/copper alloy. Once the connection is made the piece becomes fully insulated and does not allow any leakage of current. The nut is designed as a shear - head and will break after a certain amount of force is applied. 

Additional Information:

• Delivery Time: 1 DAYS

Product Details:

Wound Component Private Limited Leading Manufacturers and Supplier of Insulation Piercing Connector is made from UV resistant glass filled nylon. The process of manufacturing is through injection moulding. The blades of the connector are made from aluminum/copper alloy. Once the connection is made the piece becomes fully insulated and does not allow any leakage of current. The nut is designed as a shear - head and will break after a certain amount of force is applied.

Product Details:

The full form of MVCC in an electrical engineering context is Medium Voltage Covered Conductor. These are electrical power transmission lines with an insulating covering that provide enhanced safety and reliability in medium-voltage systems (typically 1 kV to 33 kV). The protective layer minimizes faults from accidental contact and environmental interference, reducing outages in areas with heavy vegetation or dense populations.  

Additional Information:

• Delivery Time: 4-5 DAYS