The invention relates to a method for improving a radiation rate of far infrared rays by using a material for prevention and cure of cardiovascular diseases. The material stored with far infrared energy of 6-14micron band is placed in a container. Then the container is heated up to a temperature at which the radiation rate of the far infrared rays can be improved. After the above temperature is reached, an appropriate temperature control is kept, and the contained is cooled so that the material can improve the radiation rate of the far infrared rays and is stored with far infrared energy having high radiation rate of 0.88-0.99 to form a materialfor prevention and cure of cardiovascular diseases. Accordingly, the far infrared energy of 6-14micron band stored in the material can generate a resonance effect with molecules formed by cell bodies, so as to achieve the efficiency of improving microvascular circulation, activating peripheral nerves to prevent or delay the cardiovascular diseases such as high blood pressure.本發明係有關於一種心血管疾病防治材料之提高遠紅外線放射率製備方法,其係將儲存有6~14微米波段之遠紅外線能量的材料置入一容器中,再將容器加熱至材料能提升遠紅外線之放射率以上之溫度,於到達上述之溫度後,持續保持一適當溫控後,將容器冷卻,使材料提高遠紅外線之放射率,並儲存有0.88~0.99高放射率之遠紅外線能量,以形成一心血管疾病防治材料;藉此,上述材料所儲存之6~14微米的遠紅外線,可與細胞體構成之分子產生共振效應,達到改善微循系統、活化末稍神經,以預防或延緩高血壓等心血管疾病之功效。(S1)‧‧‧步驟一(S2)‧‧‧步驟二(S3)‧‧‧步驟三(S4)‧‧‧步驟四(S5)‧‧‧步驟五
