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THHN

Philippine THHN vs American THHN: What’s the Difference?

If you’ve had THHN wire rejected for the wrong certification mark, received cable that doesn’t match the drawings, or struggled with wire too stiff to pull through conduit, you already know the surface similarities can be misleading. Philippine standard THHN and American standard THHN look alike—copper, PVC, nylon jacket, 600V, 90°C—but they’re not the same. […]
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NMD90 vs. NM-B: What’s the Difference? A Guide to Building Wire in Canada and the U.S.

If you work with building wire in North America, you’ve likely encountered both NM-B and NMD90. On the surface, they look almost identical—copper conductors, PVC/nylon insulation, a flame-retardant PVC jacket, and a 90°C temperature marking. But in practice, they belong to two different regulatory systems and are not interchangeable. If you’re looking for the right […]
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AC90

AC90 vs BX (AC) Cable: Differences & Applications

In North American armored cable procurement and engineering applications, the most common source of confusion isn’t technical specifications—it’s the naming itself. BX, AC Cable, and AC90 are often used interchangeably, but they are not on the same level. If you’re sourcing CSA-certified armored cable for Canadian or North American projects, understanding the essential differences between […]
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MC Cable

MC Metal-Clad Cable: The Commercial and Industrial Wiring Standard for the U.S. Market

In commercial construction, cable selection mistakes often don’t surface until inspection—and by then, the cost of tear-out and rework far exceeds the cable’s price difference. MC cable is one of the most widely used wiring methods in commercial construction. Per NEC Article 330, it is permitted in ceiling spaces, exposed runs, wet locations, and more. […]
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TPS cable

SAA TPS Flat Cable: How AS/NZS 5000.2 Non-Migratory Sheath Protects Building Insulation

When standard PVC cable contacts polystyrene (EPS or XPS) insulation, the plasticizers that keep the sheath flexible migrate out of the cable and are absorbed by the foam. The cable hardens and cracks. The polystyrene swells and loses its insulating properties. Within years—not decades—the sheath can become brittle enough to expose conductors, creating shock and […]
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TC-ER Cable

UL1277 TC-ER Cable: Avoid Unnecessary Conduit Costs

In 2026, the NEC revised Section 336.10(7), clarifying where TC-ER cable may transition without continuous support for a distance not exceeding 6 feet (1.8 meters) between a cable tray, raceway, enclosure, or equipment and the utilization equipment it serves. Behind this rule is a fundamental engineering question: Does cable protection have to come from external […]
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THHN Cable

Royal Cord vs THHN: A Deep Dive into Philippine Market Cable Selection

In Philippine electrical engineering practice, cable selection is never as simple as “just powering up”—it’s about safety compliance, long‑term reliability, and passing project inspections. Faced with fixed wiring and mobile power supply scenarios, engineers and procurement professionals often struggle with the most fundamental question: Which one should I choose? Both appear to transmit electricity, but […]
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