Non Insulated Butted Seam Lug

Name: Non Insulated Butted Seam Lug
Brand: Surana Enterprises
Price: 2.5 INR
Availability: InStock

Price 2.5 INR/ Piece

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MOQ : 100 Pieces

Non Insulated Butted Seam Lug Specification

Thickness
Standard

Sealed
NO

Cable Diameter
1.0-6.0 mm

Surface Treatment
Polished

Product Type
Lug

Material
Copper

Application
Electrical wire end termination

Contact Resistance
Low

Insulation Resistance
Non-insulated

Diameter
Upto 20 mm

Terminal Socket
Open barrel

Style
Butted Seam

Fittings
Cable crimp fit

Rated Voltage
Up to 600V

Weight
Lightweight

Color
Natural Copper

Temperature Range
Upto 90C

Packaging
Box

Finish
Polished copper

Wire Size
1.0-6.0 mm

Type
Boxed, butted seam

Connection Type
Crimp

Pack Size
50 pcs

Non Insulated Butted Seam Lug Trade Information

Minimum Order Quantity
100 Pieces

Supply Ability
5000 Pieces Per Month

Delivery Time
2-10 Days

Main Domestic Market
All India

About Non Insulated Butted Seam Lug

Experience competitive pricing on our First-string Non Insulated Butted Seam Lugs, expertly crafted from the finest polished copper for extraordinary performance. These lightweight, butted seam lugs support wire sizes from 1.0 to 6.0 mm and deliver reliable crimp-fit connections at voltages up to 600V. With a natural copper finish, open barrel terminal sockets, and low contact resistance, they are ideal for secure electrical terminations. This is your last chance to order a box of 50 high-valuation pieces-perfect for suppliers, traders, and wholesalers across India. Elevate your installations now!

Key Features and Industry Applications

Non Insulated Butted Seam Lugs are trusted by electricians, contractors, and maintenance professionals for quality wire end terminations. Each lug boasts features like a polished copper finish, lightweight design, and standard thickness, supporting cable diameters from 1.0 to 6.0 mm. Frequently used in panel boards, switchgear, and electrical assemblies, these lugs offer extraordinary performance in both industrial and residential wiring setups where non-insulated, durable connections are required.

Packaging, Export Markets, and Certifications

Each order is handed over in a secure, boxed set containing 50 lugs, ensuring your market valuation remains high due to organized inventory. Designed for both domestic and international trade, these lugs are primarily exported to regions with robust demand in power distribution and panel industries. Certified through demanding quality checks, their market value is reinforced by consistent authenticity and compliance with industry standards, making them a trusted solution in the global marketplace.

FAQ's of Non Insulated Butted Seam Lug:

Q: How do you install the Non Insulated Butted Seam Lug?

A: Installation involves inserting the stripped wire into the open barrel of the lug and using a crimping tool to secure the connection, ensuring a reliable and durable fit for electrical wire end termination.

Q: What benefits does a polished copper finish provide?

A: The polished copper finish ensures excellent electrical conductivity, corrosion resistance, and long-term reliability, making the lugs suitable for a wide range of electrical applications.

Q: Where are these lugs typically used?

A: These butted seam lugs are widely used in electricians' toolkits, industrial panel boards, switchgear assemblies, and other settings requiring secure, non-insulated wire terminations.

Q: When should I choose non-insulated lugs over insulated ones?

A: Non-insulated lugs are ideal when insulation is provided by other means, or where terminations must endure higher temperatures and direct crimping contact is required.

Q: What is the process for handover and packaging?

A: Each pack contains 50 lugs and is securely boxed to maintain market value and simplify handover, ensuring wholesalers and traders receive undamaged, ready-to-use products.

Q: How does the lug maintain low contact resistance?

A: The lug's open barrel design and polished copper construction ensure optimal surface contact with the wire, resulting in consistently low contact resistance during operation.

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