FIBERGLASS 2 – REUSABLE BAKING MAT – 520×315 MM | SILIKOMART~ITALY

To begin with, the Silikomart Fiberglass 2 baking mat, available at Al Fondokia Qatar, combines a flexible glass-fibre core with a smooth silicone surface and reinforced border; furthermore, the 520 × 315 mm format provides a practical working area for preparing and baking biscuits, cookies, macarons, choux pastry, bread dough and other individual products; consequently, pastry chefs can obtain clean release while reducing their reliance on disposable baking paper, added flour and greasing; meanwhile, the glass-fibre structure promotes efficient heat distribution across the mat, supporting more consistent baking results; additionally, its non-stick surface works well for handling chocolate, caramel, isomalt, sugar paste and fondant during detailed confectionery production.

In addition, the Silikomart Fiberglass 2 baking mat withstands temperatures from -40°C to +230°C, allowing users to move preparations between freezers, blast chillers, refrigerators and ovens; moreover, its flexible construction makes lifting delicate products easier and enables compact rolled storage after use; at the same time, the reusable material supports repeated production cycles in bakeries, hotels, restaurants, cafés, catering kitchens and pastry laboratories; as a result, professionals can streamline preparation, baking and cooling with one versatile work surface; finally, washing the mat carefully with suitable detergent, drying it thoroughly and avoiding knives, cutters or abrasive tools directly on its surface help preserve its smooth finish and dependable non-stick performance.

Specifications

Benefits

• Promotes clean release from baked and frozen products.
• Reduces the need for disposable baking paper.
• Minimises greasing and additional flour during preparation.
• Supports efficient and consistent heat distribution.
• Handles baking, chilling and freezing applications.
• Rolls conveniently for compact storage.
• Provides a reusable surface for professional production.