ttystikk
Well-Known Member
Tl;drno i said i seen lots of cmh grows is the 315 cmh discontinued ?? and next question WHY ??? ASK YOUR SELF THAT .. if its suppose to be so great
when we look at par and what plants use at different times in there growth phases do we see actual UVB in the equation 280 - 315 nm i sure don't so with the millions of dollars spent by hordilux and other companies wouldn't you think that these companies would say oh yeah plants need this range also its very VERY important lol i do not see it and like fuck they would
But you do right ??? curious i asked you few posts back about the scientific data / test performed why have you not posted this yet ????
what about LED companies what are they striving on like most a wide spectrum is really what it is they don't give a shit about the low end of the spectrum not one bit you ever wonder why ???
you ever wonder why they use UV for sterilization in foods, hospitals its to kill germs and bacteria period does it really make sense to use it on plants again not one fucking bit all your doing is possibly damaging the plants DNA and making it a mutant ..
Plain n simple
So everyone wants to re invent the wheel by using UVB in there gardens lol
But the important thing here is that don’t address plants’ specific spectral needs are not tuned to effectively facilitate optimal growth. For photosynthesis, plants need light in very particular parts of the spectrum, between 400nm and 700nm. sure the hell not the UVB NM range of what 280 - 315
Furthermore, plants use different spectra for different life functions. For example, a plant in the seedling stage may utilize light in the 450nm (blue) range of the spectrum. However, as the plant transitions into a flowering phase, it relies more heavily on light in the 660nm (red) area of the spectrum. Grow lights that provide the right mix of these varying wavelengths will produce the most vigorous and fruitful plants in the shortest amount of time.
Isn't that what the goal is here to grow a plant as fast and in the short amount of time
If your plants get too many photons at shorter wavelengths — which tend to be hyper-energetic — cells and tissues can be damaged,
All of these factors means it’s critical to address your plants’ PAR needs to ensure they are receiving adequate light for the various stages of photosynthesis. Plants under lights that provide a high level of PAR, in the right wavelengths, are productive plants. its like comparing growth rated of a 1000 watt to a 150 watt HPS is there a difference ??
The 315W CMH replaced the 400W CMH, for good reason; longer life, less watts, equivalent output thanks to the sexy new digital low frequency square wave ballast.