'%3e%3cpath%20fill-rule='evenodd'%20clip-rule='evenodd'%20d='M33%2033H1V1H33V33Z'%20fill='white'/%3e%3cpath%20fill-rule='evenodd'%20clip-rule='evenodd'%20d='M33%2033H1V17H33V33Z'%20fill='%23DC143C'/%3e%3c/g%3e%3crect%20x='0.5'%20y='0.5'%20width='33'%20height='33'%20rx='16.5'%20stroke='black'%20stroke-opacity='0.1'/%3e%3cdefs%3e%3cclipPath%20id='clip0_37449_250459'%3e%3crect%20x='1'%20y='1'%20width='32'%20height='32'%20rx='16'%20fill='white'/%3e%3c/clipPath%3e%3c/defs%3e%3c/svg%3e)
Kitchen bakeware designed for deep pies, offering oven-to-table convenience and easy storage. Enjoy less faff when hosting and the reassurance that dishes can be kept for later or recycled. Would a pack of disposable, rigid trays such as Coppice Aluminium Foil Pie Dish suit regular bakers and event cooks?
⚡ At a Glance
- • Heat Resistance: Withstands temperatures up to 350°C while retaining rigid walls and a stable base
- • Best for: Home bakers, caterers, charity events and hosts needing deep disposable pie trays
- • Not ideal for: People seeking permanent, heavy-duty metal bakeware for everyday, long-term use
Smoothwall aluminium trays measure 180 x 55 mm and are supplied in packs of 10. Oven-, microwave-, air fryer- and freezer-safe, made from 100% recyclable aluminium in South Wales.
Consistent baking and crisp edges – With heat-resistant aluminium rated to 350°C
High-grade food-safe aluminium resists distortion at elevated temperatures and conducts heat across the rigid base and walls for even cooking. Heat retention helps pies brown reliably without hotspots.
More even cooking and dependable browning produce consistent results for deep-fill pies and quiches, reducing guesswork during baking.
Robust support for deep fillings – Thanks to Smoothwall reinforced construction
Smoothwall design delivers stronger, more rigid walls and a stable rim compared with regular foil containers, improving structural integrity under weight. The firmer sidewalls hold shapes for deep recipes.
Heavy fillings stay supported during baking, transport and serving, so pies are less likely to sag or spill.
Easy serving and clear-up – With oven-to-table and recyclable aluminium
Lightweight aluminium trays are suitable for ovens, microwaves, air fryers and freezers, and can be washed for limited reuse or placed in aluminium recycling streams. The pack format keeps spare trays on hand.
Serve directly from the tray then either wash and reuse or recycle, cutting down on washing up and making hosting quicker.
✨ The 4 Key Reasons for Coppice Aluminium Foil Pie Dish
- Smoothwall construction — Holds shape for deep fillings without collapsing under oven heat
- Oven-to-freezer safe — Move pies straight from oven to fridge or freezer
- Stackable design — Store ten trays compactly, freeing valuable cupboard space
- 100% recyclable aluminium — Easily recycled at household facilities, reducing single-use waste
📋 Technical Details at a Glance
- Category: Kitchen - Foil pie dishes
- Material: Food-grade aluminium
- Pack size: 10 trays
- Dimensions: 180 x 55 mm (excluding lip); 196 x 55 mm (including lip)
- Heat resistance: Up to 350°C
❓ Frequently Asked Questions
Q: Are these trays safe to use in an oven, microwave and air fryer?
A: Yes. Trays tolerate temperatures up to 350°C and are suitable for conventional ovens and microwaves, with user feedback confirming compatibility with air fryers.
Q: Can the trays be recycled after use?
A: Yes. Made from 100% recyclable aluminium and produced in the UK, trays can be washed and recycled through household recycling streams.
Q: What size of pie fits these trays?
A: Each tray measures 180 x 55 mm (excluding the lip), making them suitable for 18 cm diameter, 5.5 cm deep pies and similar bakes.
🏆 Our Verdict
Ideal for home bakers, small caterers and community event hosts who need reliable, disposable deep pie trays. Smoothwall rigidity, oven-to-freezer versatility and 100% recyclable aluminium combine practical cooking performance with easier clear-up. Good value for frequent hosts, since trays can be washed for limited reuse or recycled, reducing waste over time.
