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Latest company case about Why don't far-infrared rays light up?

Why don't far-infrared rays light up?

The customer reported that the infrared lamp he used before would light up, but why doesn't our claimed far-infrared product light up In fact, far-infrared is indeed invisible light. Its wavelength range is between 4 and 16 micrometers, which is the same as that of the human body. It is generated by carbon fiber heat imported from Japan, which is characterized by mild heat without stimulation, sufficient heat without stinging spicy, suitable for long-term physical therapy as well as the prevention of human metabolism, rheumatism, blockage of several types of sub-health problems.
2025-05-27
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Latest company case about How is far infrared produced?

How is far infrared produced?

Far infrared is generated by the heat generation of materials with high thermal conversion efficiency. The only heating materials that can release far infrared are carbon fiber and graphene. Graphene is relatively rare, the production cost is expensive, the real graphene on the market are used in medical equipment. Other health care products promote graphene are basically fake. So far-infrared heat and carbon fiber heat basically equals.
2025-05-26
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Latest company case about What is Far Infrared?

What is Far Infrared?

Far infrared, also known as the “light of life”, the band is 4-16 μm (micron), and the infrared band emitted by the human body is about 9 μm, so the far infrared on the human body has a significant resonance effect, penetration effect and warming effect. Macro on the human body has the following effects: improve blood circulation, improve joint pain, regulate autonomic nerves (sleep), enhance metabolism, expel cold and dampness and so on. Far infrared ray is often referred to as the light of life for its importance in growth and nature. Around 81% of the suns rays fall within this spectrum of light. Far infrared heat is renowned for its energizing and deeplypenetrative powers. The far infrared rays have deeper penetrative powers than other heatsources achieving 4-5cm depths within the body in a short time. When using the saunablanket the head/brain is not heated. This allows sweating without overheating the bodiescore temperature. Sunlight contains various light frequency waves. The normal absorption of resonantfrequency for human body is 4 to 14um. This frequency wave band is called Far Infrared Wave, it can penetrate the human body of 2 to 3 um, This penetration improves bodycirculation and raises the body temperature. 65~70% of the human body is made up of water, and each body cell contains 60~95% of water. The active resonant frequency of wateris around 8 ~ 10 um. Our products are designed to maintain temperature between 30~70 which is within 8~10 um. Far Infrared Ray can not only heal, but also be used for preserving, cooking, drying andheating. Far Infrared Ray technology canreplace the use of harmful microwave technology, giving you a healthier living environment. Far Infrared treatment can remove the accumulated toxins that blocks blood circulation fromthe body. As well as maintaining a balanced metabolism, aiding digestion and relieving constipation and relieving muscle tension in the body.
2025-05-26
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Latest company case about Which customers are suitable for our products?

Which customers are suitable for our products?

Applicable people: 1,Nervous brain workers, long-term lack of exercise 2,Postpartum repair (recommended to use the uterus warmer) 3,Yellow skin, obesity, slow metabolism, people with metabolic skin disease 4,Long-term microcirculation is not good, menstrual pain, menstrual disorders 5,People with rheumatic joint pain 6,Insomnia, nervous exhaustion, constipation, autonomic nervous disorders
2025-05-26
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Latest company case about What is the appropriate time for the first use?

What is the appropriate time for the first use?

Normal use 30-50 minutes, the temperature of 60-80 degrees according to the customer's physical condition to adjust the appropriate temperature
2025-05-26
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Latest company case about Why is the difference between the displayed temperature and the actual temperature so big?

Why is the difference between the displayed temperature and the actual temperature so big?

Because we use a built-in thermal sensor. The thermal sensor is placed at the location of the heat source, detects the temperature in real time and feeds back to the IC of the motherboard, and then transforms it into a numerical value through the panel display, that is, the temperature we see on the display. The actual temperature is the temperature felt by the human body, from the heat source through the fireproof layer, waterproof layer, insulation, (if the capsule but also conduction to the air) and then finally be felt by the human body, so the display temperature is the temperature of the heat source, we said the actual temperature is the human body to feel the temperature, not in the same place, so there will be a temperature difference. Want to feel the temperature and display the same temperature, just need to change to external thermal can be achieved.
2025-05-26
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