Mega-ray infrared heat projector
Mega-ray infrared heat projector
The Mega-Ray infrared heat projector infrared heater uses a unique design to emit infrared radiation at a wavelength of 880nm (nanometers). Infrared radiation is invisible to humans but is easily absorbed by water molecules in the air and converted to thermal energy. When the Mega-Ray heats the air around it, it creates a vacuum effect that pulls moisture out of the air and condenses it onto the surface of the Mega-Ray. The condensed water then evaporates back into the air, leaving behind a dry, warm environment.
2. How does the Mega-Ray work?
The Mega-Rays use a special type of technology called a “heat pipe” to transfer heat efficiently. Heat pipes are tubes filled with a work fluid that conducts heat much better than air. A small number of electricity powers the Mega-Ray, which causes the working fluid inside the tube to boil and create a vacuum effect. As the vapor cools down, it becomes liquid again and flows back to the Mega-Ray where it is reheated and repeats the cycle.
3. Why should I care about Mega-Ray?
Infrared heaters have been around for years, but they were not design to produce enough heat to effectively grow cannabis indoors. Most heaters only reach temperatures of 150°F/65°C, which is not sufficient to kill off harmful bacteria and fungi. The Mega-Ray reaches temperatures of over 300°F/150°C, which kills 99% of mold spores and bacteria.
Mega-Ray Infrared Heat Projector
The Mega-Ray IR Heat Projector is a device that uses infrared rays to warm the air around the plant. This is done by using a high powered LED bulb that emits infrared radiation at a wavelength of 940nm. This wavelength penetrates the canopy of the plant and warms the air above the plant. As the air heats up, it rises and circulates throughout the room. The warmer air then radiates back down onto the plant canopy. This creates a convective current that moves the hot air away from the plant and helps keep the temperature even across the entire canopy.
Infrared Heater
Infrared heaters use infrared radiation to heat objects. These devices emit a beam of infrared radiation that is absorbed by the object being heated. The object absorbs the infrared radiation and converts it into thermal energy.
Infrared Heating System
An infrared heating system is a type of radiant heater that uses infrared radiation to heat objects instead of conventional heating elements. An infrared heating system works by absorbing the infrared radiation emitted by the emitter and converting it into thermal energy. The infrared radiation is absorbed by the surface of the object being heated and converted into thermal energy.
Infrared Grow Light
An infrared grow light is a type of grow lamp that uses infrared radiation to provide light for the plant. The infrared radiation is emitted by an emitter that is placed inside the grow chamber. The infrared radiation is reflect off the plant canopy and provides light for the plant.
Infrared Grow Lights
An infrared grow light uses infrared radiation to provide the necessary amount of light for the plant. An infrared grow light uses an emitter that is design to emit infrared radiation. The infrared radiation is then reflect off the plant canopy to provide light for the plants.
Infrared Grow Lights – LED
An infrared grow light that uses LEDs is a type of grow light that uses infrared radiation to produce light for the plant. Infrared Grow Lights work by emitting infrared radiation that is reflect off the plant’s canopy. The infrared radiation is convert into visible light by the plant’s chlorophyll.
Infrared Grow Lights – HPS
An infrared grow light using High Pressure Sodium (HPS) bulbs is a type of grow lighting that uses infrared radiation to create light for the plant. HPS bulbs emit a lot of infrared radiation, which is reflect off the plant and converted into visible light by its chlorophyll.
1. What is Mega-Ray?
The Mega-Ray is a high intensity infrared heat projector that uses a patented technology called Infrared Heat Transfer (IHT). IHT is a method of transferring thermal energy from a hot surface to a cooler surface without any direct contact between them. In the case of the Mega-Ray, the heat is transfer from the heated surface to the air around the target area. The result is a focused beam of concentrated heat that penetrates deep into the ground, providing a uniform temperature throughout the root zone.
How does it work?
The Mega-Rays use a combination of two different technologies to create a powerful, focused beam of concentrated heat. First, the Mega-Ray utilizes a patent pending design that focuses the rays using a parabolic reflector. This reflects the rays back towards the target area where they then penetrate deep into the ground. Second, the Mega-Ray uses a proprietary material called Thermochromic Chromium Oxide (CrO) to convert the infrared radiation into visible light. CrO is a naturally occurring mineral that absorbs infrared radiation and converts it into visible light. When exposed to sunlight, the color changes from white to red.
Benefits of Mega-Ray
The benefits of the Mega-Ray are many. First, the Mega Ray provides a consistent, even heating of the soil. This eliminates uneven temperatures across the root zone, which can lead to stunted growth and poor yields. Second, the Mega Ray heats the soil at a depth of 2 inches below the surface. This means that the roots have access to oxygen and water while being heat. Third, the Mega Ray heats only the targeted area, reducing the risk of burning surrounding vegetation. Fourth, the Mega-Ray is safe for both people and pets. Fifth, the Mega-Ray produces no harmful emissions. Sixth, the Mega-Ray requires no electricity, making it portable and ideal for remote locations. Seventh, the Mega-Ray can be used indoors or out. Eighth, the Mega-Ray works well with almost any type of soil. Ninth, the Mega-Ray comes with a 10 year warranty. Tenth, the Mega-Ray.
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Mega-Ray Infrared Heat Projector (MRIP)
The Mega-Ray Infrared Heater Projector (MRIP), invented by Dr. Robert Rauchfuss, is a device that uses infrared radiation to project heat onto any surface. The infrared portion of the heat is emitt at wavelengths between 8 and 14 microns. These wavelengths penetrate deep into materials and cause them to emit thermal energy. The convection portion of the heat is generate by the movement of air around the object being heat. The convection portion is responsible for the majority of the heat transfer.
