品信天暖原理：遠紅外輻射波長介于可見光與微波之間的電磁輻射，也叫熱輻射。其短波方面界限一般為 0.75μm，長波方面界限約為1 000μm。紅外輻射位于可見光譜紅色端以外，并因此而得名，實際是人眼看不見的光線。

       紅外輻射也是物質(zhì)能級之間躍遷產(chǎn)生的。通俗地講，就是溫度高的物質(zhì)上的熱分子，不借助任何媒介，向溫度低的物質(zhì)上進行移動的過程。
       描述紅外輻射的特性可用紅外輻射度學(xué)。其中主要的幾個物理量都與光度學(xué)概念一樣。
       波長在3-1000微米的射線被定義為遠紅外線。通常適用與人類取暖的熱射波長為8至13微米的遠紅外線。在這個波段里，熱射所產(chǎn)生的熱射線，不會給人體造成任何傷害，因為人體的自然輻射波長就恰恰在這個波段內(nèi)。醫(yī)用紅外頻譜儀就是利用這個原理，用8至13紅外射波對人體進行理療。

       目前，隨著科學(xué)技術(shù)的不斷發(fā)展，遠紅外輻射被應(yīng)用于多個領(lǐng)域，現(xiàn)在運用而生的產(chǎn)品有：高溫遠紅外輻射涂料、遠紅外輻射板、遠紅外定向輻射器、遠紅外線輻射材料等。品信天暖【輻射板】，則是其中之一，其功能性、獨創(chuàng)性，普惠性、新穎性明顯。

       As is known to all, there are three kinds of heat transmission:conduction, convection, and radiation.We can reduce thermal radiation in the following two definitions:First,by thermal motion, in the form of electromagnetic waves transfer energy,hot shot is a process of energy transfer.Second,Due to hot, the object passed in the form of photon energy, thermal radiation is a process of energy transfer.Generated by the thermal motion of the electromagnetic wave is called the heat rays, wavelength in the 3-1000 microns of the radiation is defined as far infrared ray.Usually apply to human heating heat radiation wavelength of 8 to 13 micron far infrared ray.In this band, the thermal radiation generated by thermal radiation, will not cause any harm to human body.Because the body's natural radiation wavelength precisely within the band. Medical infrared spectrometer is used the principle of infrared radiation with 8 to 13 wave to physical therapy to the human body.

       品信天暖在總結(jié)融匯以往的基礎(chǔ)上，新近開發(fā)的具有遠紅外、負離子、除霾型系統(tǒng)，填補國內(nèi)市場空白，它不僅可以用來取暖，也可以對人體進行理療、居室凈化空氣、感受溫馨舒暢。

       So we far infrared heating system, it not only can be used to heating, also can undertake physical therapy to human body.

       此外，品信陽光天暖遠紅外取暖系統(tǒng)還具有除濕、排潮、抗菌、除臭的功效。

       In addition, this system also has antibacterial deodorant effect.

       簡單地說，品信陽光--安得賽熱輻射板獨創(chuàng)的固態(tài)電采暖系統(tǒng)，其板狀發(fā)熱元素為中高溫多種復(fù)合石墨烯鱗片漿料、高混毽子交融面狀纖維；發(fā)熱源的反面覆蓋純鋁粘合保溫層，高密度聚氨酯雙面硬質(zhì)阻燃結(jié)構(gòu)，正面獨有遠紅外、熱輻射、負離子納米微丸涂布整面，電泳色彩鋁合金框架、彈性環(huán)狀自動扣封閉，APP任意操控開啟下，電熱激化多層、數(shù)十種直接、間接發(fā)熱元素，形成遠紅外輻射能，熱分子持續(xù)釋放、躍遷，凈化空氣的同時，熱量均勻充盈整個空間，達到溫度平衡狀態(tài)。

       專業(yè)地講，當(dāng)在發(fā)熱體兩端的電極上施加額定工作電壓后，在電磁場的作用下，電流通過發(fā)熱體中的導(dǎo)體和半導(dǎo)體，形成電流回路。同時，電離子在與發(fā)熱體中的電阻沖撞時產(chǎn)生熱摩擦，即發(fā)出熱能。在通電后幾十秒中內(nèi)，發(fā)熱體的表面平均溫度從環(huán)境溫度，迅速地升高，并將熱能傳遞給覆蓋在發(fā)熱體表面上的紅外輻射涂料以及發(fā)熱體背面的隔熱材料。隔熱材料不斷地將熱能反射到發(fā)熱體，使發(fā)熱體及紅外輻射涂料的表面溫度不斷升高。

       涂料中的輻射粒子吸收發(fā)熱體傳來的電磁能量，并在振蕩磁場的作用下發(fā)生極化，從而感應(yīng)出振蕩的電磁多極子。這些多極子又產(chǎn)生電磁振蕩，向各個方向發(fā)射電磁波，形成粒子的散射過程，即電磁輻射。在3-5分鐘后，紅外輻射材料涂層、發(fā)熱體以及隔熱體之間達到了熱動態(tài)平衡，品信安得賽遠紅外熱輻射板，以恒定的溫度進行環(huán)球狀納米級陽光般熱輻射。

       ZONHDSY hot shot board original solid hot shot system, heating elements in PTC electrothermal for high temperature or high strength optical heat wire cable. The reverse of the film on the is 2.5 cm thick, high density glass fiber board, the front covers the granular far infrared radiant coating, aluminum alloy frame by the whole sheet firm. Hot shot out 99% of the energy input plate heat shoot output, namely electric conversion efficiency is 99%. Hot shot board power density for 500-700 watts per square metre. Can use 220 v ac power or dc power supply. The surface heat temperature 70-100 oC. One heating elements for special wire cable temperature for 80-100 oC, heating elements of electrothermal surface work for PTC temperature stability in the 65-85 oC.

       When in the both ends of the electrodes rated voltage applied after work, in the role of the electromagnetic field, the current through the heating element the conductors and semiconductor, form the current circuit. At the same time, electricity and heating element of ions in the collision produced heat resistance when friction, namely a heat energy.After the power supply in seconds, the average temperature of the surface from the environment temperature, increased rapidly, and the heat transfer to cover in the surface of the infrared radiant coating on the back of the heating element and thermal insulation material.Paint of radiation particles absorbed electromagnetic energy heating element,and the role of the magnetic field in the oscillations occurred the polarization,thus induced oscillating electromagnetic multipole.Then this multipole electromagnetic oscillations occur again,electromagnetic wave was shot off in all directions,form particle scattering process-----Electromagnetic radiation.After 3 to 5 minutes, the infrared radiation coating material, heating element and the insulation body reached the thermal dynamic equilibrium, far-infrared thermal radiation plate at a constant temperature proceed globe shaped nanoscale sunshine radiation.