1. Anti Stick: The PTFE material has excellent non stick properties, so that the food will not stick to the mat, which is easy to flip and during the barbecue process. 2. Heat Resistance: PTFE material can withstand high temperatures, usually the temperature range of -70 C to 260 C, suitable for high temperature operation during the barbecue process. 3. Cuttable and Reusable: The grill mat can be cut according to individual needs to adapt to different sizes of ovens and grills, PTFE material can be used repeatedly, with long term durability. 4. Anti Oil and Easy to : PTFE material is not easy to stick to oil, the oven mat can effectively prevent drips from falling on the bottom, protect the oven and grill . Easy to , just wipe with warm water and detergent. 5. Multifunctional: In addition to being used in outdoor barbecues, PTFE BBQ pads can also be used in ovens, microwaves, gas and other cooking equipment to meet different cooking needs. Spec: Item Type: Grill Mat Material: PTFE Color: Black Gold copper Size: Approx. 40cm x 33cm 15.7in x 13in Weight: Approx. 182.00g 6.42oz PackageList: 3 x Grill MatCuttable and Reusable: The grill mat can be cut according to individual needs to adapt to different sizes of ovens and grills, PTFE material can be used repeatedly, with long term durability. Anti Oil and Easy to : PTFE material is not easy to stick to oil, the oven mat can effectively prevent drips from falling on the bottom, protect the oven and grill . Easy to , just wipe with warm water and detergent. Heat Resistance: PTFE material can withstand high temperatures, usually the temperature range of -70 C to 260 C, suitable for high temperature operation during the barbecue process. Multifunctional: In addition to being used in outdoor barbecues, PTFE BBQ pads can also be used in ovens, microwaves, gas and other cooking equipment to meet different cooking needs. Anti Stick: The PTFE material has excellent non stick properties, so that the food will not stick to the mat, which is easy to flip and during the barbecue process.