Aluminum Mould Frame Single Cavity, Rubber Vulcanizer for Jewellery Making, 5/8 Inch Thick, 4 x 4-7/8 Inch
For UK jewellers producing their own rubber moulds, this single-cavity frame provides a solid container for vulcanizing. Its aluminium construction ensures consistent heat transfer within your press, helping you create reliable wax injection moulds for casting small-to-medium sized jewellery components.
Key features
- Solid aluminium block construction for even heat distribution during vulcanization.
- Single rectangular cavity with radiused internal corners to reduce stress on the mould.
- Machined flat faces ensure consistent pressure and uniform mould thickness.
- External dimensions of 4" × 4-7/8" fit standard jewellery vulcanizer presses.
- A 5/8" thickness provides adequate depth for most standard jewellery models.
Who it's for
Primarily for bench jewellers and casting houses in the UK who manage their own rubber mould production for lost-wax casting. Also suitable for model makers and designers creating small-run components who require repeatable wax injections from a durable mould.
Specifications
- Material: Aluminium
- External Dimensions: 4" × 4-7/8"
- Frame Thickness: 5/8"
- Cavity Count: 1
Free UK delivery · Same-day dispatch before 2pm · 30-day returns
Is this the right tool for you?
Best for
- UK bench jewellers vulcanizing single rubber moulds for casting
- Casting houses managing in-house mould production for lost-wax
- Model makers needing durable, repeatable wax injection moulds
- Designers creating small-run jewellery components
Not for
- Producing multiple rubber moulds simultaneously
- Vulcanizing very large or complex jewellery models
- Direct high-temperature casting applications
- Users without a compatible vulcanizer press
How this compares
| Aluminum Mould Frame Single... | Alternatives | |
|---|---|---|
| Material | Solid aluminium block | Cast iron or lower-grade aluminium sheet |
| Heat Transfer | Consistent and even for reliable vulcanization | Variable, potentially leading to inconsistent mould curing |
| Cavity Corners | Radiused internal corners to reduce mould stress | Sharp 90-degree corners, increasing mould tear risk |
| Surface Flatness | Precision machined flat faces for uniform pressure | Rough or uneven surfaces causing inconsistent mould thickness |