Wholesale Energy Saving And Environmental Protection Infrared Heating Panel Heating Element

Product Description:

The Infrared Heating Panel stands out as an exceptionally efficient and energy-saving heating solution. Crafted from resilient ceramic plates and nanofilm glass-ceramic heating elements, it combines heat resistance with durability. This innovative product not only offers the benefits of energy conservation and environmental friendliness but also boasts a lengthy working lifespan, making it an ideal choice for a wide range of household appliances, including kettles, humidifiers, electric ovens, rice cookers, induction cookers, and more. Furthermore, its size and voltage can be tailored to specific requirements, ensuring optimal performance in diverse applications.

Features:

• Product Name: Infrared Heating Panel
• Advantage 1: Maximum Temperature Rise 600 Degrees
• Advantage 2: Simple Structure And Easy To Install
• Advantage 3: Nanofilm Glass-ceramic Heating Plate
• Advantage 4: Induction Cooker Ceramic Glass Plate
• Advantage 5: Long Working Life
• Application: Kettles, Humidifiers, Electric Ovens, Rice Cookers, Induction Cookers And Other Home Appliances

Technical Parameters:

Applications:

Sheerfond's infrared heating panel is a nanofilm glass-ceramic heating plate, which is an infrared hot plate with an electric heating plate for industrial use. It has a simple structure and is very easy to install. This infrared heating panel can reach a maximum temperature of 300-400 degrees, which is customizable according to customer needs. It also has a power output of 600W, which is also customizable.

Company picture:

Customization:

Packing and Shipping:

Packaging and Shipping for Infrared Heating Panel:

• Each panel will be securely packaged in either a cardboard box, or a bubble wrap/cardboard box, depending on the size.
• The panels will be shipped in a manner that best suits the product, such as by air or sea.
• We will use appropriate shipping methods to ensure that the product arrives in good condition.