TENY ELECTRICAL HEATING & ENERGY SAVING CO.

  辐射方式具有较高能热转换率，即它的节能性远远高于其它两种方式。

　　冷空气在室内的流动、渗透、墙体与外界进行的冷热交换是造成热能损失的主要原因。无论是对流还是传导，它都是先加热空气，再把热空气传递给物体，物体受热后再进行热辐射。在空气加热的过程中，很大一部分的热能被损耗在空气的对流及渗透之中。而辐射采暖是先将热能辐射到物体，物体在被加热后再以辐射及对流的方式将空气加热，从而使因空气渗透和对流造成的热损耗达到最小化。

　　在热辐射的过程中，辐射力的大小与发热黑体绝对温度的四次方成正比，辐射散热效果又与散热面积的大小有关。某些材料制成的高温发热体，虽然具有较高的辐射能力，但它的散热辐射面积太小，辐射到物体的面积也小，物体被加热后产生辐射和对流传导的面积也小，很大一部分热能被损耗在空间的空气对流和渗透中。同样，较低温的红外发热体，即使加大它的辐射面积，由于它产生的辐射能量很小、穿透力低，热辐射能量在没有完全到达吸热物体时就与空气进行了热交换，使一部分热辐射能量过早地被交换成热空气；被加热物体的反射热能量较低，使空间产生较大的空气温度梯度，没有使热辐射效率达到最佳化。温度梯度的存在说明空气中有不同的温度层，温度差造成空气对流，热辐射能衰竭在空气的对流中及冷空气的渗透中，使其一次辐射的效率降低。

　　泰尼远红外热射系统，不论在材料还是结构上皆克服了上述产品的缺点。要想成功地设计制造出一个真正安全又节能的红外取暖设备，首先要解决的是材料及系统稳定性的问题，以及如何提高电热辐射转换率（大于68%），即将大部分的电能转换成辐射热能。泰尼中温远红外热辐射系统，不但节能，采用一次性直接辐射，还避免了其它产品先传导对流，再辐射的"夹生饭"现象，从而大大地提高了我们的产品辐射率及节能效果。同时，采用PTC技术，提高了产品抗击冲击电流及平衡波动电压的能力，使产品更加安全可靠。

Radiation mode has a high energy heat conversion rate, i.e., its energy efficiency is much higher than that in other two ways.

The cold air in the indoor flow, infiltration, wall and outside in the cold and heat exchange is the main cause of heat loss. Both the convection orconduction, it is first heated air, then the hot air is passed to the object, an object is heated after heat radiation. In the process of air heating, heat a large part of the loss and the convection in the air infiltration. And theradiation heating is the first heat radiation to the object, the object in the heated and then to radiation and convection mode will air heating, so that the heat loss caused by air penetration and convection is minimized.

Whether the oil or gas, or electricity as the heating energy, thermal energyconversion transmission is by conduction, convection and radiation mode.Among them,

In the process of thermal radiation, four party size and heating the blackbody radiation force is proportional to the absolute temperature,radiation effect and related to the size of the heat dissipation area. The high temperature heating body of certain material, while the radiation capacity is higher, but the heat radiation area of it is too small, radiation to the object area is small, the object to be heated to produce radiation and convection conduction area is small, a large part of heat loss in space by air convectionand permeability. Similarly, a infrared heating low temperature of the body,even increase the radiation area of it, because its radiation energyproduced is very small, penetration is low, heat radiation energy in the not fully reach the heat absorption objects with air for heat exchange, so that a part of heat radiation energy prematurely is exchanged for the hot air is reflected heat; the energy of the heating object is low, make the space produces air temperature gradient is larger, does not make the heat radiation efficiency optimal. The presence of a temperature gradientindicated that the air in different temperature layers, temperature differencecaused by air convection, heat radiation can penetrate failure in the convection of air and cold air, so that the efficiency of the a decrease of radiation.

Taini far infrared system, whether in the material or structure overcomes theshortcomings of the product are. To successfully design and manufacture atruly safe and energy saving infrared heating equipment, we must first solve the stability of the material and the problem of the system, and how to improve the electric radiation conversion rate (more than 68%), is most of the electrical energy into radiant heat. Tiny temperature far infrared heatradiation system, which not only saves energy, using one-time direct radiation, but also avoids other product first conduction convection,radiation "rawish meal" phenomenon, thus greatly enhances the product the radiation rate and the energy saving effects of our. At the same time, using PTC technology, improve the ability of product against impact current andvoltage fluctuation of the balance, make the product more safe and reliable