oldskol4evr
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the potassium bicarbonate,does the heat effect it,the calcium nitrate is hard to disolve and seems like it seperates in the canAlso I prefer potassium bicarbonate because no sodium and the plants like potassium. But with RO a good option is calcium carbonate and then mag sulfate. That way you get your cal mag reconstituted and no sodium but depends on the base nutes.
All of them will work and are cheap but baking soda is something most people have on hand
damn great haul,im stuck in a 2x4x5 tent hahahah solo cups to transplant into 1 ga,keeping small and single top is what im after ninja run ,hahahaOn good note I just cut my plants down a couple weeks ago. Got just under 2 lbs dry out of my 4x4. And about a pound of larf and shake. Was so fuckin worried because my timer fucked and I ended vegging 4 weeks. That 4x 4 was crammed so full I had 3 fans and pulling 6+gallons of water out of the dehumidifier a day. Was shitting bricks on the possible mold but it worked out. Needless to say new timer for the lights lol.
what upSo now this is where I'm going to need alot more HELP :(
Nah its easily dissolvedthe potassium bicarbonate,does the heat effect it,the calcium nitrate is hard to disolve and seems like it seperates in the can
Analyte | Unit | Min | Max | Typical |
Appearance | White Granules | |||
Total Nitrogen (as NO3) | % | 13.5 | - | 14.4 |
Total Nitrogen (as NH4) | % | - | 1.6 | 1.1 |
Total Nitrogen | % | 14.6 | - | 15.5 |
Total Calcium (as Ca) | % | 18.0 | - | 19.0 |
Insoluble Matter | % | - | 0.1 | 0.03 |
pH (10% solution) | 4.0 | 8.0 | 5.5 | |
Bulk density | g/cm3 | 1.1 |
Analyte | Unit | Min | Max | Typical |
Appearance | White crystalline powder | |||
Total Phosphorus (as P2O5)) | % | 51.5 | - | 52% |
Total Phosphorus (as P) | % | 22.5 | - | 22.7% |
Total Potassium (as K2 O) | % | 34 | - | 34.5% |
Total Potassium (as K) | % | 28.3 | - | 28.7% |
Loss on Drying | % | - | 0.2 | <0.1 |
pH (1% solution) | - | 4.2 | 4.9 | 4.5 |
Bulk density | g/ml | 0.9 | 1.4 | 1.2 |
Analyte | Unit | Min | Max | Typical |
Appearance | White Crystals | |||
Total Phosphorus (as P2O5)) | % | 44 | 44 | 44% |
Total Phosphorus (as P) | % | 19.2 | 19.2 | 19.2% |
Total Nitrogen (N-NH4) | % | 17.5 | 18 | 18% |
Moisture | % | - | - | <0.3% |
Insoluble Matter | % | - | 0.2 | <0.2 |
pH (.5% solution) | 2.75 |
Ok first No3=nitrates, No4=ammonia Both are forms of nitrogen. Ammonia can burn plants in higher doses and needs denitrifying bacteria to break it down into the safer for plants nitrates although plants will uptake ammonia no problem. Also ammonia not good to use in hydroponics as almost all systems lack the denitrifying bacteria to break it down.ok the way you all talk about there feed.... man I feel like I need to go back to school... I'm into simple fish tank water/ lawn weed & feed and etc...
with that said, i have watch a lot of videos on this and it doesn't help me..... I'm a hands on person........ ( sry but I really have NO school so I learn by just doing) so I got some stuff that I really want to use up.... and need to find/figure how and what i can use of the stuff I got from MBFerts , I'm using it in the vegs and I have a good idea how to use it out there but I have no idea what all these ### mean......
so I have a lot of these 2........
Haifa Cal - Calcium Nitrate Greenhouse Grade Fertilizer-Calmag ingredient composition is approximately:
Nitrogen:
N as N03 = 14.4%
N-NH4 = 1.1%
Total N = 15.5%
Calcium:
Ca = 19%
If you take (1) gallon of R.O. water and add (1) gram of Haifa Cal - Calcium Nitrate Greenhouse Grade Fertilizer-Calmag ingredient you would have 41ppm (N) Nitrogen and 50ppm (Ca) Calcium in solution.
Calcium is essential to proper development of the membrane that binds the cells together into a cohesive unit. BER is the final expression of an unbalanced interaction between the rate of fruit growth and the internal distribution of calcium towards the susceptible tissue in the fruit. (Adams and Ho, 1992).
Haifa Cal - Calcium Nitrate Greenhouse Grade Fertilizer-Calmag ingredient Product Analysis:
Analyte Unit Min Max Typical Appearance White Granules Total Nitrogen (as NO3) % 13.5 - 14.4 Total Nitrogen (as NH4) % - 1.6 1.1 Total Nitrogen % 14.6 - 15.5 Total Calcium (as Ca) % 18.0 - 19.0 Insoluble Matter % - 0.1 0.03 pH (10% solution) 4.0 8.0 5.5 Bulk density g/cm3 1.1
Haifa MKP Mono Potassium Phosphate BLOOM Booster Fertilizer Nutrient composition is approximately:
Potassium:
K = 28.7%
K2O = 34%
Phosphorus:
P = 22.7%
P2O5 = 52%
If you take (1) gallon of R.O. water and add (1) gram of Haifa MKP | Mono Potassium Phosphate BLOOM Booster Fertilizer you would have 60ppm (P) Phosphorus and 75ppm (K) Potassium in solution.
Haifa MKP Mono Potassium Phosphate BLOOM Booster Fertilizer Product Analysis:
Analyte Unit Min Max Typical Appearance White crystalline powder Total Phosphorus (as P2O5)) % 51.5 - 52% Total Phosphorus (as P) % 22.5 - 22.7% Total Potassium (as K2 O) % 34 - 34.5% Total Potassium (as K) % 28.3 - 28.7% Loss on Drying % - 0.2 <0.1 pH (1% solution) - 4.2 4.9 4.5 Bulk density g/ml 0.9 1.4 1.2
I also have some of this
Ultrasol Magnum P 44 Urea Phosphate 18-44-0 Fertilizer Nutrient composition is approximately:
Nitrogen:
N-NH4 = 18%
Total N = 18%
Phosphorus:
P = 19.2%
P2O5 = 44%
If you take (1) gallon of R.O. water and add (1) gram of Ultrasol Magnum P 44 Urea Phosphate 18-44-0 Fertilizer you would have (48)ppm NH4 Nitrogen and 51ppm (P) Phosphorus in solution.
Ultrasol Magnum P 44 Urea Phosphate 18-44-0 Fertilizer Product Analysis:
Analyte Unit Min Max Typical Appearance White Crystals Total Phosphorus (as P2O5)) % 44 44 44% Total Phosphorus (as P) % 19.2 19.2 19.2% Total Nitrogen (N-NH4) % 17.5 18 18% Moisture % - - <0.3% Insoluble Matter % - 0.2 <0.2 pH (.5% solution) 2.75
Allganic Nitrogen | OMRI Organic Nitrate of Soda Prill | 16-0-0 Fertilizer Nutrient composition is approximately:
Nitrogen:
Nitrate= 16%
If you take (1) gallon of R.O. water and add (1) gram of Haifa MKP | Mono Potassium Phosphate BLOOM Booster Fertilizer you would have 43ppm (N) Nitrate in solution.
so I need to know what I should use lol
im still half asleep,when i wake i give you hand,one thing for sure and it just me,i would stir away from ureaok the way you all talk about there feed.... man I feel like I need to go back to school... I'm into simple fish tank water/ lawn weed & feed and etc...
with that said, i have watch a lot of videos on this and it doesn't help me..... I'm a hands on person........ ( sry but I really have NO school so I learn by just doing) so I got some stuff that I really want to use up.... and need to find/figure how and what i can use of the stuff I got from MBFerts , I'm using it in the vegs and I have a good idea how to use it out there but I have no idea what all these ### mean......
so I have a lot of these 2........
Haifa Cal - Calcium Nitrate Greenhouse Grade Fertilizer-Calmag ingredient composition is approximately:
Nitrogen:
N as N03 = 14.4%
N-NH4 = 1.1%
Total N = 15.5%
Calcium:
Ca = 19%
If you take (1) gallon of R.O. water and add (1) gram of Haifa Cal - Calcium Nitrate Greenhouse Grade Fertilizer-Calmag ingredient you would have 41ppm (N) Nitrogen and 50ppm (Ca) Calcium in solution.
Calcium is essential to proper development of the membrane that binds the cells together into a cohesive unit. BER is the final expression of an unbalanced interaction between the rate of fruit growth and the internal distribution of calcium towards the susceptible tissue in the fruit. (Adams and Ho, 1992).
Haifa Cal - Calcium Nitrate Greenhouse Grade Fertilizer-Calmag ingredient Product Analysis:
Analyte Unit Min Max Typical Appearance White Granules Total Nitrogen (as NO3) % 13.5 - 14.4 Total Nitrogen (as NH4) % - 1.6 1.1 Total Nitrogen % 14.6 - 15.5 Total Calcium (as Ca) % 18.0 - 19.0 Insoluble Matter % - 0.1 0.03 pH (10% solution) 4.0 8.0 5.5 Bulk density g/cm3 1.1
Haifa MKP Mono Potassium Phosphate BLOOM Booster Fertilizer Nutrient composition is approximately:
Potassium:
K = 28.7%
K2O = 34%
Phosphorus:
P = 22.7%
P2O5 = 52%
If you take (1) gallon of R.O. water and add (1) gram of Haifa MKP | Mono Potassium Phosphate BLOOM Booster Fertilizer you would have 60ppm (P) Phosphorus and 75ppm (K) Potassium in solution.
Haifa MKP Mono Potassium Phosphate BLOOM Booster Fertilizer Product Analysis:
Analyte Unit Min Max Typical Appearance White crystalline powder Total Phosphorus (as P2O5)) % 51.5 - 52% Total Phosphorus (as P) % 22.5 - 22.7% Total Potassium (as K2 O) % 34 - 34.5% Total Potassium (as K) % 28.3 - 28.7% Loss on Drying % - 0.2 <0.1 pH (1% solution) - 4.2 4.9 4.5 Bulk density g/ml 0.9 1.4 1.2
I also have some of this
Ultrasol Magnum P 44 Urea Phosphate 18-44-0 Fertilizer Nutrient composition is approximately:
Nitrogen:
N-NH4 = 18%
Total N = 18%
Phosphorus:
P = 19.2%
P2O5 = 44%
If you take (1) gallon of R.O. water and add (1) gram of Ultrasol Magnum P 44 Urea Phosphate 18-44-0 Fertilizer you would have (48)ppm NH4 Nitrogen and 51ppm (P) Phosphorus in solution.
Ultrasol Magnum P 44 Urea Phosphate 18-44-0 Fertilizer Product Analysis:
Analyte Unit Min Max Typical Appearance White Crystals Total Phosphorus (as P2O5)) % 44 44 44% Total Phosphorus (as P) % 19.2 19.2 19.2% Total Nitrogen (N-NH4) % 17.5 18 18% Moisture % - - <0.3% Insoluble Matter % - 0.2 <0.2 pH (.5% solution) 2.75
Allganic Nitrogen | OMRI Organic Nitrate of Soda Prill | 16-0-0 Fertilizer Nutrient composition is approximately:
Nitrogen:
Nitrate= 16%
If you take (1) gallon of R.O. water and add (1) gram of Haifa MKP | Mono Potassium Phosphate BLOOM Booster Fertilizer you would have 43ppm (N) Nitrate in solution.
so I need to know what I should use lol
100% agree. I would keep urea under 5% in soil and none on hydro. I should have made it clear for basscaptain urea is ammoniaim still half asleep,when i wake i give you hand,one thing for sure and it just me,i would stir away from urea
I don't need this today at all... I just have this stuff and would like to use it at some point, If I can't use some it's ok.... I don't have alot of $$$$ in all of it....im still half asleep,when i wake i give you hand,one thing for sure and it just me,i would stir away from urea
ok so let try this,ok the way you all talk about there feed.... man I feel like I need to go back to school... I'm into simple fish tank water/ lawn weed & feed and etc...
with that said, i have watch a lot of videos on this and it doesn't help me..... I'm a hands on person........ ( sry but I really have NO school so I learn by just doing) so I got some stuff that I really want to use up.... and need to find/figure how and what i can use of the stuff I got from MBFerts , I'm using it in the vegs and I have a good idea how to use it out there but I have no idea what all these ### mean......
so I have a lot of these 2........
Haifa Cal - Calcium Nitrate Greenhouse Grade Fertilizer-Calmag ingredient composition is approximately:
Nitrogen:
N as N03 = 14.4%
N-NH4 = 1.1%
Total N = 15.5%
Calcium:
Ca = 19%
If you take (1) gallon of R.O. water and add (1) gram of Haifa Cal - Calcium Nitrate Greenhouse Grade Fertilizer-Calmag ingredient you would have 41ppm (N) Nitrogen and 50ppm (Ca) Calcium in solution.
Calcium is essential to proper development of the membrane that binds the cells together into a cohesive unit. BER is the final expression of an unbalanced interaction between the rate of fruit growth and the internal distribution of calcium towards the susceptible tissue in the fruit. (Adams and Ho, 1992).
Haifa Cal - Calcium Nitrate Greenhouse Grade Fertilizer-Calmag ingredient Product Analysis:
Analyte Unit Min Max Typical Appearance White Granules Total Nitrogen (as NO3) % 13.5 - 14.4 Total Nitrogen (as NH4) % - 1.6 1.1 Total Nitrogen % 14.6 - 15.5 Total Calcium (as Ca) % 18.0 - 19.0 Insoluble Matter % - 0.1 0.03 pH (10% solution) 4.0 8.0 5.5 Bulk density g/cm3 1.1
Haifa MKP Mono Potassium Phosphate BLOOM Booster Fertilizer Nutrient composition is approximately:
Potassium:
K = 28.7%
K2O = 34%
Phosphorus:
P = 22.7%
P2O5 = 52%
If you take (1) gallon of R.O. water and add (1) gram of Haifa MKP | Mono Potassium Phosphate BLOOM Booster Fertilizer you would have 60ppm (P) Phosphorus and 75ppm (K) Potassium in solution.
Haifa MKP Mono Potassium Phosphate BLOOM Booster Fertilizer Product Analysis:
Analyte Unit Min Max Typical Appearance White crystalline powder Total Phosphorus (as P2O5)) % 51.5 - 52% Total Phosphorus (as P) % 22.5 - 22.7% Total Potassium (as K2 O) % 34 - 34.5% Total Potassium (as K) % 28.3 - 28.7% Loss on Drying % - 0.2 <0.1 pH (1% solution) - 4.2 4.9 4.5 Bulk density g/ml 0.9 1.4 1.2
I also have some of this
Ultrasol Magnum P 44 Urea Phosphate 18-44-0 Fertilizer Nutrient composition is approximately:
Nitrogen:
N-NH4 = 18%
Total N = 18%
Phosphorus:
P = 19.2%
P2O5 = 44%
If you take (1) gallon of R.O. water and add (1) gram of Ultrasol Magnum P 44 Urea Phosphate 18-44-0 Fertilizer you would have (48)ppm NH4 Nitrogen and 51ppm (P) Phosphorus in solution.
Ultrasol Magnum P 44 Urea Phosphate 18-44-0 Fertilizer Product Analysis:
Analyte Unit Min Max Typical Appearance White Crystals Total Phosphorus (as P2O5)) % 44 44 44% Total Phosphorus (as P) % 19.2 19.2 19.2% Total Nitrogen (N-NH4) % 17.5 18 18% Moisture % - - <0.3% Insoluble Matter % - 0.2 <0.2 pH (.5% solution) 2.75
Allganic Nitrogen | OMRI Organic Nitrate of Soda Prill | 16-0-0 Fertilizer Nutrient composition is approximately:
Nitrogen:
Nitrate= 16%
If you take (1) gallon of R.O. water and add (1) gram of Haifa MKP | Mono Potassium Phosphate BLOOM Booster Fertilizer you would have 43ppm (N) Nitrate in solution.
so I need to know what I should use lol
damn i glad you made sense of all that hahahah,very correct,all i mentioned was a soil base,not avaiblity,with the balance in the soil,you know you have it,it cooked in,when adding ferts manufactures suggest and they really cant unless they recomend the soil base there using,that why you start out with 1/4 of what they recomend ,you will see the plant respond and then you move up from there,all my plants you will see a tip burn,this is how i know im on the edge of the world and dont want to fall off hahahah,when i get the tip burn a day or so after i cut that tip off and bump it up one more quarter,no burn okay,give it week and bump up,get burn ,stay there for a week cut burn tips off and carry on,ive never got to what manufactures recomend usally 3/4 strength,this is with bag soil though,now this run i got con into gonna be my soil mix,im curiouse if it will do a grow,with my meds i always use ocean forest,depending on how many come up,i might do a side by side of ocean and my mix,that way if my mix is to hot i can at least get some from the ocean,iknow that for a fact vs what if@oldskol4evr has it covered. Ratios are the key and adjusting one element can cause issues with another. This includes mpk or pk boosters in flower. While the plants may benefit slightly from the addition of pk boost the chances of doing more harm by changing the ratios is not worth it until you get a few grows in and can slowly dial it in. High phosphorus is deadly to plants so in my opinion I would not try to do to much as far as nutrients until you have a good base to work with and see how the plants are reacting. All these extra additives often do more harm than good.
I would concentrate on a NPK and cal mag ratios. Micros should not be an issue. After a crop or 2 you can try tweeking things to see if it improves or hurts your grow but without a base to compare it's not worth the risk
all of these pretty much for flowers,odd there is no mention of availibilty,you have mobile and non mobile ,the mobile is what the plant gets right wen you feed,non mobile is what stays in the soil it becomes mobile over time,now the calcium nitrate looks good for veg cycle though i would cut it back by half 2 weeks before flower,but drop it down just like raising the feed in the begining a little at a time over the 2 weeksok the way you all talk about there feed.... man I feel like I need to go back to school... I'm into simple fish tank water/ lawn weed & feed and etc...
with that said, i have watch a lot of videos on this and it doesn't help me..... I'm a hands on person........ ( sry but I really have NO school so I learn by just doing) so I got some stuff that I really want to use up.... and need to find/figure how and what i can use of the stuff I got from MBFerts , I'm using it in the vegs and I have a good idea how to use it out there but I have no idea what all these ### mean......
so I have a lot of these 2........
Haifa Cal - Calcium Nitrate Greenhouse Grade Fertilizer-Calmag ingredient composition is approximately:
Nitrogen:
N as N03 = 14.4%
N-NH4 = 1.1%
Total N = 15.5%
Calcium:
Ca = 19%
If you take (1) gallon of R.O. water and add (1) gram of Haifa Cal - Calcium Nitrate Greenhouse Grade Fertilizer-Calmag ingredient you would have 41ppm (N) Nitrogen and 50ppm (Ca) Calcium in solution.
Calcium is essential to proper development of the membrane that binds the cells together into a cohesive unit. BER is the final expression of an unbalanced interaction between the rate of fruit growth and the internal distribution of calcium towards the susceptible tissue in the fruit. (Adams and Ho, 1992).
Haifa Cal - Calcium Nitrate Greenhouse Grade Fertilizer-Calmag ingredient Product Analysis:
Analyte Unit Min Max Typical Appearance White Granules Total Nitrogen (as NO3) % 13.5 - 14.4 Total Nitrogen (as NH4) % - 1.6 1.1 Total Nitrogen % 14.6 - 15.5 Total Calcium (as Ca) % 18.0 - 19.0 Insoluble Matter % - 0.1 0.03 pH (10% solution) 4.0 8.0 5.5 Bulk density g/cm3 1.1
Haifa MKP Mono Potassium Phosphate BLOOM Booster Fertilizer Nutrient composition is approximately:
Potassium:
K = 28.7%
K2O = 34%
Phosphorus:
P = 22.7%
P2O5 = 52%
If you take (1) gallon of R.O. water and add (1) gram of Haifa MKP | Mono Potassium Phosphate BLOOM Booster Fertilizer you would have 60ppm (P) Phosphorus and 75ppm (K) Potassium in solution.
Haifa MKP Mono Potassium Phosphate BLOOM Booster Fertilizer Product Analysis:
Analyte Unit Min Max Typical Appearance White crystalline powder Total Phosphorus (as P2O5)) % 51.5 - 52% Total Phosphorus (as P) % 22.5 - 22.7% Total Potassium (as K2 O) % 34 - 34.5% Total Potassium (as K) % 28.3 - 28.7% Loss on Drying % - 0.2 <0.1 pH (1% solution) - 4.2 4.9 4.5 Bulk density g/ml 0.9 1.4 1.2
I also have some of this
Ultrasol Magnum P 44 Urea Phosphate 18-44-0 Fertilizer Nutrient composition is approximately:
Nitrogen:
N-NH4 = 18%
Total N = 18%
Phosphorus:
P = 19.2%
P2O5 = 44%
If you take (1) gallon of R.O. water and add (1) gram of Ultrasol Magnum P 44 Urea Phosphate 18-44-0 Fertilizer you would have (48)ppm NH4 Nitrogen and 51ppm (P) Phosphorus in solution.
Ultrasol Magnum P 44 Urea Phosphate 18-44-0 Fertilizer Product Analysis:
Analyte Unit Min Max Typical Appearance White Crystals Total Phosphorus (as P2O5)) % 44 44 44% Total Phosphorus (as P) % 19.2 19.2 19.2% Total Nitrogen (N-NH4) % 17.5 18 18% Moisture % - - <0.3% Insoluble Matter % - 0.2 <0.2 pH (.5% solution) 2.75
Allganic Nitrogen | OMRI Organic Nitrate of Soda Prill | 16-0-0 Fertilizer Nutrient composition is approximately:
Nitrogen:
Nitrate= 16%
If you take (1) gallon of R.O. water and add (1) gram of Haifa MKP | Mono Potassium Phosphate BLOOM Booster Fertilizer you would have 43ppm (N) Nitrate in solution.
so I need to know what I should use lol
We have a ton of old coal mines locally and have the issues with the sulfur smell and things turning orange. The problem isn't so much the high levels of iron as it is the acidity that comes from the mine runoff. The sulfur combines with water, making sulfuric acid. The sulfuric acid acidifies the local creeks and rivers, causing them to look orange. The orange color actually comes from the rusted iron, not high iron levels. The acidity oxidized the iron into iron oxide, better known as rust. A Ph of 4 is pretty acidic.well I did a fast test on the water and I came up with this
alkalinity 240 plus
ph 4
you must live next door ,,, now that i talked to a few old timers what you just said is what I live in........We have a ton of old coal mines locally and have the issues with the sulfur smell and things turning orange. The problem isn't so much the high levels of iron as it is the acidity that comes from the mine runoff. The sulfur combines with water, making sulfuric acid. The sulfuric acid acidifies the local creeks and rivers, causing them to look orange. The orange color actually comes from the rusted iron, not high iron levels. The acidity oxidized the iron into iron oxide, better known as rust. A Ph of 4 is pretty acidic.
A lot of folks confuse this with high iron levels, but the levels are pretty normal... it's the acidity that causes the problems.
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