A.G.E. Cables 7/29 – Premium General Wiring Cable

Stranded Copper Conductors

7 strands of 0.29 inch diameter pure copper for superior conductivity and flexibility.

PVC Insulation

Protects against heat, moisture, and chemicals, ensuring long-lasting performance.

Voltage Rating 250/440 V

Compatible with a wide range of residential and commercial circuits.

Standard Compliance

Manufactured according to BS 2004 and IEC standards for guaranteed safety.

Versatile Applications

Ideal for house wiring, building wiring, and general wiring projects in Pakistan.

Flexible and Easy to Install

Stranded copper conductors simplify bending and routing, reducing installation effort.

Durable and Safe

PVC insulation provides long-term protection and resists environmental hazards.

Reliable Power Delivery

Maintains stable voltage and current flow across standard circuits.

Certified Quality

Compliance with international standards ensures safety and trustworthiness.

Multi-Purpose Utility

Can be used across multiple wiring applications, offering versatility for electricians and homeowners.

Save Time and Effort

Easy-to-install stranded conductors reduce labor and complexity.

Enhanced Safety

PVC insulation minimizes risks like short circuits, overheating, and insulation wear.

Consistent Performance

Maintains stable power supply, protecting appliances and equipment.

Peace of Mind

Certified manufacturing standards ensure a reliable, high-quality product.

One Cable, Multiple Uses

Suitable for various wiring projects, reducing the need for multiple cables.

What is a 7/29 cable?

A 7/29 cable consists of 7 strands of 0.29 inch diameter copper conductors, providing flexibility and excellent conductivity for general wiring.

Can A.G.E. Cables 7/29 be used for house wiring in Pakistan?

Yes, it is ideal for residential installations and complies with international safety standards.

How does A.G.E. Cables 7/29 compare to 7/44 cable?

7/29 cables are flexible and suitable for smaller installations, while 7/44 cables have more strands for higher current capacity in heavy-duty applications.