24PCS Ceramic Wool Sponge, 120x50x5mm Table Top Bio Ethanol Fire Burner Wool Bioethanol Fire Pit Ceramic Wools for Indoor Tabletop Fireplace

24PCS Ceramic Wool Sponge, 120x50x5mm Table Top Bio Ethanol Fire Burner Wool Bioethanol Fire Pit Ceramic Wools for Indoor Tabletop Fireplace Description

Features

• Product Content: You will receive 24 pieces of ethanol fire ceramic wool, each measuring 12 x 5 x 0.5cm. Sufficient quantity for you to meet your needs of usage.
• Material: Bio ethanol fire ceramic wool is made of ceramic fiber, they absorb bioethanol, extending burn time and saving costs. You can use it in high temperature firepit for a long time.
• Ceramic Wool for Indoor Fire Pit: It extends the heat retention time of fireplaces, allowing for an even release of heat and improving the efficiency of bioethanol fireplaces.
• Reusable: Bio fuel ethanol fire indoor ceramic wool sponge is light, fluffy, reusable and durable, reducing bio ethanol fuel waste and saving costs.
• Application: Bioethanol table top fire ceramic wool is widely used in industrial kilns, forges, boilers, pizza ovens, bioethanol fireplaces, burners, fire pits and gel burning equipment.

Product Description24pcs ceramic wool sponge, 120x50x5mm table top bio ethanol fire burner wool bioethanol fire pit ceramic wools for indoor tabletop fireplace accessories Features: 1. Tabletop fireplace ceramic wool makes flame become more even, increasing the efficiency of the fireplace and ensuring long-lasting heat. 2. Ethanol fire ceramic wool sponge has a low thermal conductivity that locks in heat and reduces energy consumption. 3. If you want to use indoor fire pit ceramic wool sponge, you just need to cut it to the size you want and store the rest for future usage. Specification: Product size: 12 x 5 x 0.5cm Product weight: 109 g Packing size: 17 Ã- 14 Ã- 4.5 cm Package weight: 110 g Color: white Material: ceramic fiber Package Inside: 24pcs ceramic wool sponge Note: 1. Due to the soft nature of the product's material, it may be slightly deformed due to compression during transportation, and there might be minimal deviations in dimensions.