Schneider Silicone 24-Cavity Donut Mould 400x600mm
Product Description
The Schneider 24-cavity silicone donut mould is a professional baking tray designed for consistent, repeatable production of ring doughnuts in commercial bakery and patisserie environments. Each cavity holds 133ml, giving...
Specifications
- Colour
- Black
- Dimensions
- 29(H) x 600(W)mm
- Freezer safe
- Yes
- Material
- Silicone
Downloads
Product Description
The Schneider 24-cavity silicone donut mould is a professional baking tray designed for consistent, repeatable production of ring doughnuts in commercial bakery and patisserie environments. Each cavity holds 133ml, giving uniform portion sizes across the full tray without the need for individual shaping or cutting.
Silicone performs reliably in commercial oven environments, distributing heat evenly across all 24 cavities so product bakes consistently from edge to centre. The non-stick surface means doughnuts release cleanly without the need for heavy greasing, which helps maintain a cleaner product finish and reduces prep time between batches.
- Even heat distribution for consistent results across all 24 portions
- Non-stick release without heavy greasing, keeping the product clean
- Flexible enough to turn out without disfiguring the shape
- Easy to clean and tolerant of commercial dishwasher cycles
- Stackable and lightweight, requiring minimal storage space
At 400x600mm the tray fits standard gastronorm and bakery oven configurations, which makes it straightforward to incorporate into an existing oven rotation. Being silicone, it is flexible enough to demould without forcing, which reduces breakage particularly on softer or enriched doughs. It is lightweight at 774g, which keeps handling easy during a busy service.
This mould is well suited to bakeries, hotel kitchens, café operations, and catering production units producing doughnuts as part of a regular menu. It is practical for moderate production volumes. Sites running very high-volume continuous donut output may want to consider heavier-duty or multi-tray setups to match throughput requirements.
If you are unsure whether this mould suits your oven setup or production volumes, our team is happy to talk it through with you.
Key Features
- 24-cavity design produces uniform 133ml ring doughnuts per batch
- 400x600mm footprint fits standard bakery and gastronorm oven configurations
- Flexible silicone construction allows clean, damage-free product release
- Lightweight at 774g for easy handling during busy production periods
- Silicone material tolerates commercial dishwasher cleaning without degradation
Operational Benefits
- Consistent portion sizing across all 24 cavities reduces waste and rework
- Non-stick release cuts greasing prep time and keeps product presentation clean
- Fits existing oven configurations with no additional adapters or equipment needed
- Flexible demoulding reduces breakage on soft or enriched dough products
- Easy cleaning and stackable storage keeps workflow efficient between batches
Specifications
- Colour
- Black
- Dimensions
- 29(H) x 600(W)mm
- Freezer safe
- Yes
- Material
- Silicone
- Microwave safe
- Yes
- Oven proof
- Yes
- Weight
- 774g
Downloads
Frequently Asked Questions
- At 400x600mm, this tray matches a standard full-size bakery tray footprint, which is compatible with most commercial convection ovens and deck ovens designed to accept that size. It is worth confirming your oven's internal rack dimensions before ordering if you are unsure.
- Silicone moulds generally benefit from a light greasing on first use, though the non-stick properties mean this is minimal compared to metal trays. A quick wash before first use is recommended. Over time the surface performs consistently without heavy preparation between batches.
- This mould is well suited to moderate production volumes — bakeries, café kitchens, and catering operations producing doughnuts as part of a regular but not industrial-scale output. For continuous high-volume production across multiple oven loads per day, a multi-tray or heavier-duty setup may be more practical.