Heavy Duty Solid Steel Doming Bench Block, 6" x 4" x 3/4", Extra Large Jewelry Forging Dapping Block
When stamping or forming larger components, a standard bench block can be limiting. This extra-large 6" x 4" solid steel block offers an expanded, stable surface for jewellery making and metalwork, ensuring your work is properly supported.
Key features
- Expansive 6" x 4" top surface accommodates larger jewellery and metalwork pieces.
- Solid steel construction provides a weighty, stable base for hammer work.
- Substantial 3/4" thickness absorbs impact whilst resisting deformation.
- Flat, ground top surface offers a true, reliable base for stamping and forming.
Who it's for
An essential tool for UK bench jewellers, silversmiths, and metalworkers engaged in production stamping or forming larger bespoke pieces. It is also suitable for craftspeople who require a more stable work surface than standard blocks provide.
Specifications
- Material: Solid Steel
- Dimensions: 6" x 4" x 3/4" (152mm x 101mm x 19mm)
- Finish: Ground flat top surface
Free UK delivery · Same-day dispatch before 2pm · 30-day returns
Is this the right tool for you?
Best for
- UK bench jewellers performing production stamping
- Silversmiths forming larger bespoke jewellery pieces
- Metalworkers requiring a stable surface for heavy hammer work
- Craftspeople needing greater stability than standard blocks
Not for
- Users needing a curved or domed dapping block
- Lightweight portable work — this is a substantial item
- Hobbyists working on very small, delicate components
How this compares
| Heavy Duty Solid Steel... | Alternatives | |
|---|---|---|
| Working Surface Area | Expansive 6" x 4" (152mm x 101mm) | Standard 4" x 4" or smaller blocks |
| Material Thickness | Substantial 3/4" (19mm) solid steel | Thinner 1/2" or 1/4" steel |
| Stability and Impact Absorption | Weighty, solid steel construction absorbs impact | Lighter blocks may shift or deform under heavy use |
| Surface Accuracy | Flat, ground top surface ensures a true base | Unground or less precisely finished surfaces |