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Far infrared heater
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Specifications:1350*450*80/900*450*80/1380*200*80
Rated power:2000W/1400W/1500W
Thermal conversion rate:≥99%
Heating area:25㎡ 15㎡ 18㎡(When the house is well insulated)
Description
Features
Graphene far-infrared electric heater adopts independent graphene chip integration technology, no heat source, can be used when power is on, independent chip, air duct self-circulation, high energy efficiency utilization, energy saving and electricity saving, good heating effect, no noise, and maintenance-free.
Graphene far-infrared electric heater adopts independent graphene chip integration technology, no heat source, can be used when power is on, independent chip, air duct self-circulation, high energy efficiency utilization, energy saving and electricity saving, good heating effect, no noise, and maintenance-free.
Graphene
Graphene is known to be the thinner and harder nano material in the world. It is a material with relatively low resistivity in the world. It combines the characteristics of "acoustic, optical, electrical, thermal, and magnetic" materials in the body. It has fast heat generation and heat generation. Uniformity, low power consumption, strong far-infrared penetration, high electron mobility, high thermal conductivity and other characteristics, so it is also known as the "king of new materials". It has a relatively high emission efficiency among the materials with far-infrared emission function. Decades of scientific research have proved that far-infrared rays with a wavelength of 8-14um are indispensable factors for biological survival, so far-infrared rays with this wavelength are called "life light waves."
Graphene is known to be the thinner and harder nano material in the world. It is a material with relatively low resistivity in the world. It combines the characteristics of "acoustic, optical, electrical, thermal, and magnetic" materials in the body. It has fast heat generation and heat generation. Uniformity, low power consumption, strong far-infrared penetration, high electron mobility, high thermal conductivity and other characteristics, so it is also known as the "king of new materials". It has a relatively high emission efficiency among the materials with far-infrared emission function. Decades of scientific research have proved that far-infrared rays with a wavelength of 8-14um are indispensable factors for biological survival, so far-infrared rays with this wavelength are called "life light waves."
Graphene
Graphene is known to be the thinner and harder nano material in the world. It is a material with relatively low resistivity in the world. It combines the characteristics of "acoustic, optical, electrical, thermal, and magnetic" materials in the body. It has fast heat generation and heat generation. Uniformity, low power consumption, strong far-infrared penetration, high electron mobility, high thermal conductivity and other characteristics, so it is also known as the "king of new materials". It has a relatively high emission efficiency among the materials with far-infrared emission function. Decades of scientific research have proved that far-infrared rays with a wavelength of 8-14um are indispensable factors for biological survival, so far-infrared rays with this wavelength are called "life light waves."
Far infrared
The main characteristics of far infrared rays acting on the human body: one is radiation, the other is strong penetration, and the third is absorption, resonance and resonance. The human body is a natural source of infrared radiation, and at the same time it is a good far-infrared absorber. Human health cannot do without the effect of far-infrared.
Qingdao Tising Technology Co., Ltd.
ADD:No. 9 Taixing Road, Meihuashan Industrial Park, Laixi, Shandong,China
TEL:+86-532-87412188
E-mail:li-ap@163.com
鲁ICP备84588107103号
Qingdao Tising Technology Co., Ltd. ADD:No. 9 Taixing Road, Meihuashan Industrial Park, Laixi, Shandong,China
TEL:+86-532-87412188 E-mail:li-ap@163.com 鲁ICP备19065419号-1 Powered by www.300.cn