Gold Coated Infrared Quartz Heater

The gold-plated quartz Heater can use the gold-plated coating of the element itself to reflect infrared rays, which has good directivity and excellent radiation effect. Since the reflective plate is omitted, the installation is very convenient. Therefore, it is widely used in various shaping equipment and can play a good role in radiant heating in small spaces. At the same time, the gold-plated far-infrared heater has the characteristics of low thermal resistance, fast heating, no harmful radiation, stable performance, reasonable structure, and easy maintenance. It is currently energy-saving, time-saving, and site-saving far-infrared Heating Element.

Features Of Semi-Gold Coated Quartz Heater

The use of imported gold water and the semi-gold-plated coating of special process can be used to concentrate more than 95% of the infrared heat and reflect it in the same direction without the need to use a reflector to reduce energy loss. The thermal efficiency is higher, and it is more energy-saving. The coating is firm, does not fall off, has a higher reflectance than semi-white plating, near-infrared radiation, and strong penetration. It heats the object directly without heating the surrounding medium.。
The coating layer is normally divided into two types, one-half (half-sided or 180 degree) and one-third (120 degree), [If you have other special requirements, we can also do it as required].
After the coating is processed, it is very firmly attached to the surface of the electric heating tube and does not fall off.

Features Of Fully Gold Coated Quartz Heater

Fully gold-plated Quartz Heaters —generally used for halogen heating lamps. Infrared gold-plated heating lamps are coated with a layer of gold coating on quartz tubes to reduce glare, increase infrared heat output, enhance the penetration of thermal radiation light sources, and protect the eyes from ultraviolet rays. The effect of the coating is to reduce glare, increase infrared heat output, and enhance the penetration of thermal radiation light sources. It also has a long service life, reasonable structure, minimal thermal inertia, and easy to use.