- Description
-
Details
This product is large and/or heavy, and as such, some destinations may incur an additional shipping surcharge. If this applies, we will contact you prior to despatch to confirm. For particularly heavy items delivered on a pallet, delivery may be to the kerbside only. It is the customer’s responsibility to move the item from the drop-off point into the property.
- The Clarke English Wheel including 5 anvils, is a strong, robust and durable English Wheel that is capable of shaping large panels of mild steel, copper and aluminium into smooth or compound curves, without the need for heating the work piece, using a single bit of equipment
- This English Wheel is compatible with our range of bench-top vices, however it also includes 4 holes to be affixed to a workbench for increased stability
- Included with 5 anvil wheels, the product offers versatility, allowing for the production of a variety of different sized curves
- English wheels are ideal for specialist projects, such as car, bike or aviation restoration or repair, as well as ornate pieces of metal work
- It is recommended to use a panel beaters sand bag and a pear shaped mallet to put form into a metal sheet, before smoothing and stretching the work piece
- Features
Features
Robust and durable steel frame Convenient anvil die storage rack Anvil yoke allows fast anvil change and easy pressure adjustment Steel capacity 1.5mm Copper & Aluminium capacity 1.8mm Anvil Sizes 3" (70.62mm), 4"(100.16mm), 5" (120.70mm), 6"(150.24mm), 8" (200.32mm) Dimensions (Assembled) Depth (mm) 780 Width (including handle) (mm) 255 Height (mm) 800 Throat (mm) (Centre of Wheel to Inner Upright) 560 Frame Thickness (mm) 55 Weight (kg) 36 - Shipping
This product is large and/or heavy, and as such, some destinations may incur an additional shipping surcharge. If this applies, we will contact you prior to despatch to confirm. For particularly heavy items delivered on a pallet, delivery may be to the kerbside only. It is the customer’s responsibility to move the item from the drop-off point into the property.