Others Silicon air fryer liner

Description

About this productReusable Silicone Air Fryer Liners: The silicone air fryer liners can be reused and save costs, and are more environmentally friendly than using disposable parchment paper.Easy to Clean & Dishwasher Safe - Reusable silicone air fryer liners keep your air fryer clean for longer. Save time cleaning your air fryer. The silicone liner is more durable and easy to clean, just turn it over and wash it with water. The air fryer basket silicone liner is completely dishwasher safe, eliminating the hassle of hand washing.Reusable silicone liner makes air fryer cooking easier.Pattern Liner: The silicone air fryer tray features radially raised lines to improve heat circulation and fully heat food. Food grade silicone liner, non-stick, BPA free, will not alter the taste of food. Heat-resistant silicone can withstand temperatures up to 428°F.Wide Application: Switch to silicone pots and liners to save money and reuse, silicone air fryer liners are widely used for cooking, baking, frying. Enjoy effortless air fryer cooking with silicone air fryer liner.
Description:This air fryer baking tray can be used safely and cleaned easily with its non-stick and cold heat resistant features.With special pattern design, this air fryer liner can better separate oil, water and food. And it has double handle design for easy operation.It is made of silicone.The upper diameter of the product is 22cm, the lower diameter is 19cm and the height is 8cm.It is a great additional kitchen accessory for toasters, steamers, ovens, instant pots and microwaves, etc.
Specification:Item Name: Air Frying PanMaterial: SiliconeTemperature Resistance: -40 Degrees Celsius - 240 Degrees CelsiusFeatures: Round Shape, Non-stick, PortableSize Details:Top Diameter: 22cm/8.66" (Approx.)Bottom Diameter: 19cm/7.48" (Approx.)Height: 8cm/3.15" (Approx.)
Package Content:2 X Air Frying Pan
Notes:Due to the light aence, the item's color may be slightly different from the pictures.Please allow slight dimension difference due to different manual measurement.