Nano infrared energy-saving heating ring injection blow extruder machine

Breakthrough technology

1. Principle

Nano infrared energy-saving heating ring adopts nano level high-temperature radiation coating. The coating layer is thin and has low thermal resistance. It is used on the surface of metal materials for heat conduction. In the heat transfer process, the coating layer not only converts the absorbed radiation heat energy into infrared heat energy transmission, but also turns itself into infrared radiation heat source. Because of the increase of surface temperature, the temperature gradient increases So that the heat conduction strength of the heated object is enhanced and the heat absorption capacity is greatly improved. Therefore, the nano infrared heating ring has the advantages of high efficiency and energy saving, good drying quality, one-way heat insulation performance, safety, health and so on compared with the conventional heating ring. It fundamentally solves the problem of low heating efficiency of conventional heating ring through heat conduction

2. Advantage

1) High efficiency and energy saving: the maximum thermal efficiency is 99.8%, and it can work in 550 ℃ for a long time, 30% - 60% less than the traditional heater

2) High durability: reliable use of more than 20000 hours, service life of more than 5 years

3) Environmental protection and comfort: unidirectional heat insulation performance, the surface temperature of heating ring is generally 50-80 ℃

4) Convenient and simple: it is easy to install and can be interchanged with the original heating ring at any time,

5) High added value: reduce the workshop temperature by 5-10 ℃, and make the workshop environment more comfortable

3. Application

It has been widely used in plastic injection molding, wire drawing, tube drawing, granulation, extrusion, film blowing, plastic reprocessing and rubber products processing and manufacturing industries for energy conservation and transformation

4. Real case