Silicone Car Heater Pad Engine Oil Heater Pad, 6" x 8" Universal Engine Heater Car Oil Pan Heater Pad 120V,300W Self-Adhesive Battery Heater Pad for Car Oil Pan/Tank type Cold Weathe, 3PCS (3)

Features: -Mainly consists of NiCr alloy electric heating wire and silicone rubber high temperature insulating cloth. Silicone rubber heating plate is very thin, light weight and flexible. It can be completely close contact with the heated object, allowing heat to be transferred to any desired location, improving heat transfer during processing, accelerating heating and reducing energy demand. Good waterproof performance, fast warming, uniform temperature, high thermal efficiency and good hardness. -Silicone rubber heating plate insulation layer consists of silicone rubber and glass fiber cloth, high insulation performance, breakdown voltage 20-2050kv/mm. Installation: --Pressure-sensitive adhesive tapes can be bonded to smooth and sleek workpieces. -Maximum working temperature of the pressure-sensitive adhesive is: 150°C continuous, 230°C immediate. When the power density does not exceed 0.9 p/c ㎡. Heating: -When using such electric heaters, care should be taken that their operating temperature is less than 240°C continuous and not more than 300°C instantaneous. - Silicone electric heaters can work with pressure, i.e. with an auxiliary platen pressed on the heated surface. Good thermal conductivity. The current density can be up to 3w/c㎡ when the temperature of the working area does not exceed 240℃. -The working temperature is allowed to be lower than 150°C under paste installation conditions. -In case of air dry burning, the power density must be less than 1w/c due to the temperature resistance of the material; in non-continuous working conditions, the power density can be up to 1.4w/c㎡. -The working voltage is selected according to the principle of high power-high voltage, low power-low voltage, special needs can be excluded. Package included: 1 x Silicone Engine Heated Pad

• Efficient Heating Performance: The silicone car heater pad is made of high-quality nickel-chromium alloy heating wire and silicone rubber insulation cloth. Its thin and lightweight design allows for complete contact with the heated object, ensuring efficient heat transfer to any desired location. This improves heat distribution during processing, accelerates heating, and reduces energy consumption
• Qulaity and Water proof: Silicone rubber heating pad is highly durable and features excellent waterproof performance. Its high hardness ensures long-lasting use, even in challenging environments. The insulation layer, composed of silicone rubber and fiberglass cloth, provides high insulation performance with a breakdown voltage of 20-2050kv/mm
• Easy Installation: The heating pad comes with a double-sided adhesive on the back, allowing for easy and secure attachment to the surface of the object to be heated. It can be directly applied to smooth surfaces using pressure-sensitive tape. The adhesive has a maximum resistance of 392°F (200°C), ensuring it remains firmly in place without detachment
• Versatile Application: The silicone car heater pad is designed for universal use, making it suitable for various car oil pans and tanks. Its dimensions of 6" x 8"ensure compatibility with most standard-sized engine components
• Safe and Reliable Operation: The silicone heater pad is engineered to operate within a temperature range, with a maximum continuous working temperature of 464 °F (240°C) and an instantaneous temperature limit of 572 °F (300°C). Its excellent thermal conductivity allows for efficient heat distribution, ensuring uniform heating without hotspots. The heating pad can withstand pressure when used with an auxiliary pressure plate, further enhancing its durability and performance
• Please note that the working voltage should be selected based on the principle of high power-high voltage and low power-low voltage, although special requirements can be accommodated. Additionally, the silicone heater pad can be used in adhesive installation conditions with a working temperature below 150°C. When operating under non-continuous conditions, the power density can reach up to 1.4w/c㎡