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■ Beryllium copper alloy and Aluminum bronze material
■ ISO 5746
■ Die forged
■ Used for cutting and crimping metal or wire
Doright designs our tools with both performance and safety in mind. The non-sparking lineman pliers deliver reliable cutting strength and gripping capability for demanding electrical and industrial applications. Built with non-sparking materials, they are ideal for environments where fire and explosion hazards must be avoided.
Doright designs the pliers with optimized serrations to ensure a secure grip on wires, connectors, and components. With the ergonomic jaw structure, the non-sparking electrician pliers can hold materials firmly without slipping, improving safety and working accuracy.
Our non-sparking lineman’s pliers feature precision-machined cutting edges to ensure stable and clean cuts on wires and cables. They maintain high cutting efficiency even in heavy workloads, providing consistent performance for daily industrial use.
Non-sparking lineman’s pliers are equipped with insulated or comfort-grip handles designed to enhance both safety and user control. They meet IEC and EN electrical standards, making them suitable for demanding electrical environments. This feature ensures a secure grip during operation, while also reducing hand fatigue. As a result, these electrician pliers offer improved handling and reliability in daily industrial tasks.
Doright uses high-grade beryllium copper and aluminum bronze in its lineman’s pliers non sparking. They are selected and heat-treated to provide consistent mechanical properties and spark-suppression performance.
We offer non-sparking lineman pliers in both Be-Cu and Al-Cu to suit different operational needs. Be-Cu delivers higher tensile strength and wear resistance, while Al-Cu offers excellent corrosion resistance and cost-effectiveness. Both alloys are engineered to avoid spark generation under normal impact or friction conditions.
Non-sparking lineman pliers leverage the low-friction, low-impact ignition characteristics of Be-Cu and Al-Cu to minimize the formation of hot particles during tool contact. They maintain a low thermal conductivity response under stress, which reduces the chance of localized heat generation. It is an essential factor when working in Class I, II, or III explosive zones. Doright’s non-sparking lineman pliers support consistent ignition prevention in operational environments governed by strict safety frameworks such as ATEX, OSHA, and IEC hazardous-area classifications.
Copper lineman pliers provide near-zero magnetic permeability, ensuring the tool does not attract ferrous particles or influence sensitive diagnostic equipment. They maintain stable performance around compasses, sensors, magnetic relays, PLC modules, and calibration devices, enabling reliable work in instrument rooms and precision assembly lines. The non-sparking pliers also reduce the risk of metal contamination during inspections or maintenance procedures where magnetic interference could disrupt safety systems.
Non-sparking lineman’s pliers resist salt mist, acidic vapors, solvents, and industrial moisture due to the inherent corrosion-resistant chemistry of Be-Cu and Al-Cu alloys.
They maintain structural integrity in environments such as offshore platforms, chemical reactors, pump stations, and fuel-handling areas where prolonged exposure to corrosive agents is common. They retain jaw alignment, edge sharpness, and mechanical responsiveness, ensuring a long service lifespan with minimal maintenance requirements.
Doright offers its non-sparking lineman’s pliers in multiple size options to match different installation needs and operational environments. Choosing the right size helps improve gripping accuracy, cutting efficiency, and overall safety for specific electrical or industrial tasks. Selecting a suitable dimension also ensures better control in confined spaces or heavy-duty applications.
Contact Doright to get the full size range and choose the best option for your project.
| Number | Size inch | L mm | Be-Cu g | Al-Cu g | Q’ty Carton | Be-Cu Gw kg | Al~Cu Gw kg |
| 246-1002 | 6 | 150 | 250 | 230 | 20 | 5.65 | 5.28 |
| 246-1004 | 7 | 175 | 355 | 330 | 20 | 7.30 | 6.80 |
| 246-1006 | 8 | 200 | 410 | 375 | 20 | 9.20 | 8.56 |
| 246-1008 | 10 | 250 | 550 | 500 | / | / | / |
