10 Inch Wire Drawing Tongs, Wire Making Drawplate Pulling Tool, Forged Steel, Serrated Jaws for Secure Grip, Jewellery Making Pliers
For jewellers drawing wire to a specific gauge, maintaining a secure grip is critical. These forged steel tongs are designed to pull wire cleanly through a drawplate, with serrated jaws that prevent slippage and ensure a consistent draw from start to finish.
Key features
- Deeply serrated jaws provide a non-slip grip on wire ends under high tension.
- Heavy-duty forged steel construction withstands the sustained force of wire drawing.
- One handle is shaped into a large hook for anchoring or applying leverage.
- The 10-inch overall length provides ample purchase for a controlled pull.
Who it's for
Primarily for UK bench jewellers, silversmiths, and metalsmiths who regularly draw down gold, silver, copper, or other non-ferrous wire. Also suitable for armourers and specialist craftspeople requiring a robust pulling tool for metal stock.
Specifications
- Material: Forged Steel
- Overall Length: 10" (approx. 254mm)
- Jaw Type: Serrated
Free UK delivery · Same-day dispatch before 2pm · 30-day returns
Is this the right tool for you?
Best for
- UK bench jewellers drawing gold, silver, or copper wire
- Silversmiths pulling non-ferrous wire through a drawplate
- Metalsmiths requiring a secure grip for consistent wire drawing
- Armourers and craftspeople pulling metal stock
Not for
- Delicate work where surface marking is a concern
- Cutting wire or sheet metal — use appropriate cutters
- Holding highly polished or soft materials without marking
How this compares
| 10 Inch Wire Drawing... | Alternatives | |
|---|---|---|
| Material | Heavy-duty forged steel | Cast alloy or stamped steel |
| Jaw Grip | Deeply serrated jaws for non-slip grip under high tension | Lightly textured or smooth jaws, prone to slippage |
| Leverage Design | One handle shaped into a large hook for anchoring or leverage | Standard straight handles |
| Durability | Withstands sustained force of wire drawing | May flex or deform under heavy load |