AIRPLUS 15 ROUND – SET OF 2 MICROPERFORATED MOLDS WITH 24 CAVITIES EACH – Ø40xH16 MM | SILIKOMART

The Airplus 15 Round microperforated mould set from Silikomart includes two moulds with 24 cavities each, providing 48 round cavities in total. Every cavity measures Ø40 × H16 mm, creating compact portions for miniature sweet and savoury tartlets.

Each mould combines microperforated silicone with fibreglass. This structure promotes even heat circulation while allowing moisture to escape during baking. Consequently, pastry develops a crisp, golden and consistently baked surface.

Furthermore, the cavities help contain the dough and reduce unwanted spreading. The non-stick construction also supports clean release while helping every tartlet retain its neat round shape.

The Airplus 15 Round silicone mould set can be used on both sides. Bakers can use the cavity side for filled tartlets or reverse the moulds to form hollow pastry shells over the raised round shapes.

Moreover, the moulds suit shortcrust pastry, pâte brisée, puff pastry, yeasted dough and other compatible preparations. Finished shells can hold pastry cream, fruit, chocolate, vegetables, cheese, mousse or savoury fillings.

Each mould measures 300 × 400 mm. Therefore, the two pieces can be arranged together on a standard 600 × 400 mm professional bakery tray. Their −40°C to +230°C working range supports freezing, proofing and baking workflows.

Available from Al Fondokia Qatar, this reusable set suits bakeries, hotels, cafés, catering kitchens and professional pastry laboratories.

Specifications

Benefits

• Includes two professional pastry moulds.
• Provides 48 cavities across the complete set.
• Creates uniform Ø40 × H16 mm tartlets.
• Microperforations encourage moisture evaporation.
• Promotes crisp and evenly baked pastry.
• Helps reduce dough spreading during baking.
• Reversible for filled tartlets or hollow shells.
• Non-stick construction supports clean release.
• Fits a professional 600 × 400 mm tray.
• Suitable for sweet and savoury preparations.