Pakistan's Cable Industry at 2026 — Quality, Counterfeits, and the Standards Gap, by a 35-Year Veteran

Pakistan's electrical cable industry sits at a structural inflection point. Muhammad Faheem Meer, a 35-year veteran of the cable industry — Electrical Engineering graduate from UET Lahore with an MBA in Marketing, with senior roles at NESPAK, Saudi Cable Company, Siemens, and major local manufacturers — laid out the state of the sector in a guest column for Engineering Post, framing the structural challenges around quality, standards enforcement, and the persistent counterfeit problem.

The cable industry is one of the more under-discussed segments of Pakistan's electrical sector — overshadowed by visible end-user equipment like inverters and switchgear — but it is also one of the most consequential, because cable failures are slow-developing, hard to retrofit, and frequently fatal when they cause fires.

The structural pressures the industry is under

Pakistani cable manufacturers operate under several simultaneous pressures:

• Copper price volatility — copper is the dominant cost input, and Pakistani manufacturers buying internationally are exposed to both London Metal Exchange swings and currency depreciation against the dollar.
• Counterfeit and under-spec product — informal-sector cable producers offering nominally identical product at lower price but with sub-specification copper conductor area, inadequate PVC compound, or both.
• Standards enforcement gaps — Pakistan has cable standards on paper, but enforcement at the point of sale and installation remains thin, allowing under-spec product to compete with compliant manufacturers.
• Export pressure — for the better domestic manufacturers, export markets in the Gulf and Africa offer scale opportunities but also force compliance with stricter international standards.

Why under-spec cable is more dangerous than it looks

A cable rated for a current it cannot actually carry will appear to work normally for months or years — until the moment ambient temperatures, load demand, or installation conditions push it past its real limit. At that point the failure modes are insulation breakdown, conductor melting, and fire. Pakistani fire incident data, where available, suggests electrical-origin fires are over-represented in newer buildings — consistent with under-spec cable being installed at construction time.

What standards are supposed to enforce

Pakistani cable standards specify several measurable parameters that distinguish compliant product from sub-spec product:

• Conductor cross-section — actual copper area in mm² versus nominal.
• Insulation thickness and composition — PVC quality, halogen-free requirements where applicable, voltage rating.
• Conductor purity — minimum copper content, typically 99.9% pure copper.
• Mechanical and electrical testing — bend radius, insulation resistance, voltage withstand.

What good manufacturers do differently

The veteran cable engineers' view is that the better Pakistani manufacturers differentiate themselves through three things: verifiable conductor cross-section (often through third-party testing certificates), traceable PVC and copper sourcing with documented batch numbers, and willingness to provide samples for buyer testing rather than insisting the buyer trust the print on the drum. Buyers asking for those three things explicitly during procurement screen out the bulk of sub-spec suppliers.