Near-infrared Lamp Tube

Thermal objects radiate 780 nm–1 mm long electromagnetic wave, so the radiation of thermal objects is also called thermal radiation. It can accelerate drying of ink. Usually short-wave infrared rays (780 nm–2,000 nm) are classified into halogen short wave, short wave, medium-fast wave, medium wave, carbon medium wave, double-tube carbon medium wave, high-energy carbon medium wave, etc.

Thermal objects radiate 780 nm–1 mm long electromagnetic wave, so the radiation of thermal objects is also called thermal radiation. It can accelerate drying of ink. Usually short-wave infrared rays (780 nm–2,000 nm) are classified into halogen short wave, short wave, medium-fast wave, medium wave, carbon medium wave, double-tube carbon medium wave, high-energy carbon medium wave, etc. It is mainly used for drying of paint and ink, softening and melting of plastic, semiconductor and microelectronics factories, industrial production ovens, timber drying, paper drying, auto baking varnish, chemical reaction, epiphyte reaction, heating and heat preservation of food, health care and infrared physiotherapy, hairdressing, feature beautifying, sunbathing, air heating and indoor heating. Many production procedures require heating, such as drying and nuclear curing. Infrared can be called intelligent heat energy. Compared with traditional convection and contact-type heating, it has obvious advantages.

• Match product characteristics  
• High efficiency 
• Fast reaction 
• Save space and energy 
• No or less contact with target heating objects.