Ecm Industries Llc PS-225BG Plastic Cable Staple 225 Pack

Product Description

The ECM INDUSTRIES LLC PS-225BG is a 225-count pack of 1/2 inch wood white plastic cable staples designed to secure non-metallic (NM) and underground feeder (UF) cable in residential and light commercial wiring applications. Each staple is molded from plastic and sized to fit 14/2 or 12/2 cable runs cleanly against wood framing. These staples provide a low-profile, code-friendly method of fastening cable to joists, studs, and other wood surfaces without damaging the cable jacket. Electricians and wiremen rely on this style of staple during rough-in wiring to keep cable runs neat, supported, and compliant with NEC spacing requirements.

The PS-225BG staples are suited for securing 14/2 or 12/2 NM-B or UF-B cable in wood-framed walls, ceilings, and floors. Typical applications include new construction rough-in, remodel wiring, and outbuilding or exterior cable runs where UF cable is routed along or through wood members. The white finish blends with standard interior framing and finished surfaces. The 225-piece count makes this pack practical for full-room or multi-circuit rough-in work without frequent restocking.

Key Features

• 1/2 inch opening sized for 14/2 and 12/2 NM and UF cable
• Plastic construction protects cable jacket from damage during installation
• Wood white color finish for low-visibility on framing and finished surfaces
• 225-staple pack quantity reduces trips to the supply house on large jobs
• Compatible with NM-B and UF-B cable types commonly used in residential circuits

Compatibility

Designed for use with 14/2 or 12/2 non-metallic (NM) and underground feeder (UF) cable secured to wood framing surfaces.

Installation Notes

Installation is performed by licensed electricians during rough-in or finish wiring stages. NEC Article 334 governs NM cable support and staple spacing requirements — confirm spacing intervals before fastening runs. Drive staples flush to the framing without over-driving, as crushing the cable jacket can damage conductors and create a code violation. De-energize any adjacent circuits before working in the area.