EN | ES | JP | KR

Graphene Infrared Heating Devices

We can provide tubular and planar infrared devices for different applications. The maximum heating temperature of the infrared devices can reach 800℃, emitting 2.5-25um medium to long wave infrared radiation. At present, RESO planar infrared devices and modules are the core components of the RESO planar infrared system, which is widely used in industry and includes heating elements in kitchen electric/small household appliances. The RESO graphene infrared tube is the best infrared source for cooking and grilling. Currently, RESO has collaborated with leading home appliance companies to develop home appliance applications based on infrared heating devices. The products under development include heaters, ovens, and multifunctional cooking pots.

Graphene Infrared Heating Module

The graphene infrared material is completely self-developed and produced, and the low-temperature infrared conversion rate is > 80%;. Mastering the preparation technology of large-sized planar infrared devices, with size > 1000mm, infrared intensity...

Learn More...

Graphene IR tubular

The graphene IR tubular has a fully enclosed graphene infrared heating structure with a maximum operating temperature of up to 850℃.

Learn More...

Graphene IR plate

Graphene IR plate is widely used for heating elements in kitchen electric/small household appliances. It provides high-performance, extremely lightweight, innovative kitchen electric/small home appliance heating elements.

Learn More...

HOW CAN WE HELP?

Are you looking for a graphene manufacturer and supplier?
Collaborate with RESO!
Our company is capable of supplying a broad range of graphene-related products to global customers, with a high level of expertise and manufacturing capabilities tailored to their specific needs.

Thank you! Your message has been sent.
Unable to send your message. Please fix errors then try again.
CONTACT US

Leave a message

Thank you for visiting us. Please leave a message and we will reply by email.

CONTACT US