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SunMonde Infrared Radiation Products

SunMonde infrared radiation products including infrared quartz lamp, install fixture and chimney, irradiation module, form a complete set of electric control and temperature control equipment. And it can support support the experimental needs of customers, and non-standard custom.

Characteristics of SunMonde Infrared Radiation Products:

The SunMonde Products boast of careful selection of high-quality raw materials with more than 15 years of mature technology. With their superior quality, the SunMonde products are environment friendly (CE and ROHS certification).

SunMonde also boasts of relatively complete and advanced laboratory equipment, which ensures the matching of radiation spectrum, high efficiency and energy saving.

When selecting infrared radiation products, SunMonde s ests that customers should special attention to the specification data in the following table. (List of the absorption of the main infrared spectrum of common material)  

SunMonde is very successful in distribution of different power density, and the design and production of curve surface radiation.

When manufacturing infrared module (focus, parallel light, scattering), SunMonde always puts safety in the first place, reducing the possible bad influence on people and environment caused by light pollution, waste heat, waste gas, waste liquid as possible as it can. SunMonde has run safely for 15 years without a single accident.

 There is flexible application of SunMonde infrared quartz lights.

SunMonde products can match all kinds of special fixtures, reflectors, electric controls or temperature control modules. SunMonde can provide the corresponding solutions, despite the space, the distance, the angles (horizontal, vertical, inclined) ,or rapid cycling start. SunMonde boasts of its own special reflective coating technology.

To achieve high efficiency of infrared radiation and to save energy, the radiator output spectra and absorption spectra of irradiated subject should be in exact match. In more thermal application, and the “given direction” of thermal radiation energy is also very important (as in Lambert Cosine Law).By coating the quartz tube wall surface with special layer and installing special reflector, SunMonde can greatly improve the radiation efficiency, reduce the pollution of the overflow of light (hot) module, reduce the radiation temperature, enhance the working environment safety, and prolong the life of quartz lamp.

Having studied the advanced coating process and material thoroughly for more than a decade, SunMonde has created a unique ( self-developed formula) coating technology of its own, striving to improve efficiency, save energy, and to create value for clients.

SunMonde quartz tube wall reflective film coating, often have the following four (support non-standard，schematic is single pipe reflective film plating layer, twin tube with the same.): 

A type: Full gold (3600), using high quality gold membrane materials, about 6% of the gold content, suitable for 8～15mm diameter, length less than 520mm single fast medium wave and shortwave products, line power density maximum 40W/cm.

B type: Half gold-plated surface reflective film (1800), using the high quality gold film of German brand, with 10% gold content, is suitable for all kinds of single pipe, twin tube or ruby tubes. Single line power density maximum is 40W/cm, twin line power density maximum is 80 W/cm.

C type: Half white-plated surface reflective film (1800), using the high quality special white reflective film coating, is suitable for all kinds of single pipes, twin tubes or ruby tubes. The maximum line power density is under 200W/cm.

D type: Double symmetric white (or gilded) reflective film plating (600×2 or 900×2), using the high quality special white reflective film coating, is suitable for all kinds of single pipes or ruby tubes. The maximum line power density is under 200W/cm.

The main function of A type  is to prevent glare and enhance infrared output; B, C, D are used to enhance directional radiation energy, improve the initial radiation effect.