GEDORE Τσιμπίδα υδραυλικού 3104486 408 mm

Gripping large pipes, nuts, and fittings securely can be a challenge with standard pliers. The GEDORE Water Pump Pliers 3104486 solves this with a 408 mm length and a self-clamping, serrated jaw that locks onto workpieces up to 90 mm. Its 7-position box-joint adjustment lets you adapt quickly to different sizes, while the induction-hardened teeth provide a durable, non-slip grip. The phosphated finish with polished head resists corrosion, and the dipped insulation handles offer comfort and control during extended use in plumbing, automotive, or general assembly tasks.

Who is it for

Professional plumbers, mechanics, and maintenance technicians who need a reliable, heavy-duty gripping tool for large pipes and fittings. DIY enthusiasts tackling plumbing repairs or automotive work will also appreciate its robust construction and ease of adjustment.

Main features

• Total length: 408 mm (16 inches) for extended reach and leverage
• Jaw capacity: up to 90 mm (3 1/2 inches) for pipes and nuts
• 7-position box-joint adjustment for quick size changes
• Serrated, self-clamping jaws with induction-hardened teeth
• Chrome-vanadium steel body with phosphated finish and polished head
• Dipped insulation handles for a secure, non-slip grip
• Slim head design for access in tight spaces
• Conforms to DIN ISO 8976 Form C

Specifications

• Tool type: Water pump pliers
• Material: Chrome-vanadium steel
• Finish: Phosphated, head polished
• Handle type: Dipped insulation
• Joint type: Box-joint design
• Jaw design: Serrated, self-clamping
• Jaw hardness: Induction-hardened teeth
• Head design: Slim head
• Corrosion resistance: Yes (phosphated finish)
• Standard: DIN ISO 8976 Form C
• Application: Plumbing, automotive, general assembly

Tips

To adjust the jaw opening, fully open the pliers and slide the joint to the desired position before closing. For maximum grip on round pipes, position the serrated jaws perpendicular to the workpiece. Keep the joint lightly lubricated to ensure smooth adjustment over time.