Product Name: PTC Heater Plate | Reliable, Long-Lasting Ceramic Thermostatic Heating Element Experience efficient and reliable heating with our PTC Heater Plate, designed to provide consistent heat output and durability. This advanced heating element is perfect for a variety of applications, ensuring safety and performance in both industrial and residential settings. Explore the features that make this product an exceptional choice for your heating needs: Rapid Heat Conversion Our PTC Heater Plate quickly transforms electrical energy into heat energy, conducting it to the aluminum shell surface within just 10 seconds. Designed for long-term dry burning, it offers efficient and effective heating without the risk of overheating. Continuous Operation Capable of working continuously for 24 hours a day, 7 days a week, offering a reliable heat source for over 20,000 hours. Maintains a stable surface temperature of 70℃, with a convenient 15cm cable length for easy connection. Ceramic Constant Temperature Heating Utilizes ceramic constant temperature heating technology to deliver consistent and automatic heat output. Ensures energy-efficient operation by maintaining a steady temperature, reducing energy waste. Temperature Resistant Design The aluminum PTC heating element is wrapped in polyimide film, providing excellent insulation and temperature resistance. Features fine workmanship and robust performance, making it suitable for demanding applications. Safe and Reliable The ceramic thermostatic plate operates without open flames or harmful gases, ensuring safe usage. Designed for high reliability, it is ideal for use in humid environments, offering peace of mind in various conditions. Choose our PTC Heater Plate for a dependable and efficient heating solution that combines rapid heat conversion with long-lasting performance. Perfect for continuous operation and safe use, this heating element is an essential addition to any setting requiring reliable heat. Order now to benefit from its exceptional quality and functionality!