
Are you wondering how you can use a PK (phosphorus-potassium) flower booster to get bigger flowers from your hydroponics gardening?
You’re on the right track if you’ve decided that adding phosphorus-potassium to your nutrients program will act as a potent flower stimulator that gives you bigger flowers.
That’s because phosphorus and potassium are key elements necessary for massive flower growth and size in hydroponics gardening.
Unfortunately, phosphorus and potassium are often in short supply in many general hydroponics nutrients formulas. Or they’re inferior quality or sourced wrong so your plants can’t properly absorb these key nutrients.
According to recent scientific studies that have added to the breadth of hydroponics information you need, most phosphorus-potassium flower stimulator formulas do not contain the right types or ratios of phosphorus and potassium. This is the kind of hydroponics information that can help you get the right formulas so you can get bigger flowers.
The problem starts with the fact that most PK formulas available on hydroponics store shelves are PK 13-14 bud stimulator formulas (the numbers 13 and 14 refer to the amount and ratio of phosphorus and potassium in a bud booster).
But here’s what the world’s top international plant scientists have found about PK 13-14 formulas: they contain too much phosphorus, not enough potassium.
Studies show this ratio is likely to create phosphorus toxicity that negatively affects your blooming plants. It also robs your plants of the generous amounts of potassium they need so they can give you the large harvests you desire.
PK 13-14 Is An Old, Ineffective PK Ratio Appropriate Only for Outdoor Farming Crops... Not the Kind of Crops You Grow Indoors
You might ask yourself: if PK 13-14 formulas are so bad, why do they dominate the marketplace?
The reason is almost all hydroponics manufacturers and hydroponics stores offer PK 13-14 formulas, and until now, unfortunately that’s pretty much all you’ve had available when you wanted to add PK to your bloom phase nutrients.
Too bad the 13-14 ratio has been so pervasive in the market place of general hydroponics supplies. Fact is, the 13-14 ratio isn’t the ratio that your specific types of plants need for producing bigger yields.
Instead, the 13-14 phosphorus/potassium ratio is based on field crop agricultural research that’s many decades old and totally inappropriate for your hydroponics gardening plants.
The 13-14 ratio was created because phosphorus leaches out of soil quickly, especially when orchards and field crops are irrigated.
When hydroponics indoor gardening started to demand bloom boosters, most hydroponics nutrients companies took the lazy way when they decided how to make a bloom booster...
All they did was just adopt the 13-14 ratio that only works for outdoor ag field crops like corn and soybeans.
Fortunately, now there’s breakthrough scientific research that reveals the ideal PK ratio for your high-value crops. Here’s a hint: it’s not PK 13-14!
| HAMMERHEAD IS THE PK BLOOM BOOSTER I’VE BEEN LOOKING FOR
“Like a lot of people, I am doing hydroponics gardening because I want to win at something. I want to be able to put together a recipe of ingredients along with my hard work and then I want to see the verified results. Which is usually going to be a big, fat harvest of the nicest flowers that anybody can make.
But nothing that’s worth doing is going to be easy. I like the challenge of it. I like finding new hydroponic nutrients formulas and giving them a try. But I only do that after I do my homework. I can’t afford to make mistakes like I used to.
That’s what happened when I first started using the PK formulas. I really think that I was brain dead to believe that just throwing in what the bloom hydroponics nutrients base fert already had was going to automatically upgrade my harvest production so I would get bigger crops.
Like when I used Kool Bloom and all it did was make the tips of my leaves curl up and I swear the buds got smaller. I was expecting bigger buds but I got smaller buds. What’s up with that?
Then I went to a couple other formulas such as Gravity and Bushmaster and saw nothing in the way of improvement. These are the kind of hydroponics supplies that you really don’t want to get, as far as I am concerned.
I had basically given up on PK formulas until I went to the shop and Hammerhead. It was intriguing to me that you had different ratios because I had begun to think that the these other formulas are the wrong ratios.
So in about 3 weeks I was ready to add PK in this latest bloom cycle. I was already using your CarboLoad and SensiBloom two-part. Within a couple of days I saw the buds going bigger. Then they were really bigger and bigger blossoms, and no burning of the leaves.
By the end of harvest, my girlfriend and her brother were agreeing with me that this was my biggest harvest ever. So really I can say that it was the Hammerhead, because nothing else was different in this season. It was the same clones as usual and the same number of weeks.
The only downside of this is that now I don’t need to keep on searching for new formulas because your PK is the one I was looking for, and now I’ve found it. I still have the curiosity bug, but I’ve found what I am looking for, so there’s no need for me to be curious! When people talk to me about PK, I send them to Hammerhead.” - Zach, from Hilo, Hawaii
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Now You’ll Use the Right PK Ratio and Get Bigger Blossoms
Using PK 13-14 formulas that are only useful for corn and soybean fertilizers isn’t the right way to get bigger blossoms using PK boosters in your specialty hydroponics gardening.
According to the latest research, your blooming plants need twice as much potassium as phosphorus. Until this research was completed, growers just didn’t know how much more important potassium is.
Nor did hydroponics gardeners realize that excess phosphorus accumulates in your crop’s root zone, where it can burn roots, interfere with absorption of other hydroponics nutrients, and harm your yield potential.
You can check for symptoms of phosphorus toxicity by seeing if brown spots or leaf tip burning is developing on your crops.
But the bottom line is that your plant’s floral metabolism and tissue-structure rely on potassium (primary) and phosphorus (secondary) far more than they rely on nitrogen.
So you want to give your blooming plants way more potassium than phosphorus, in a ratio of two to one. And you already know you don’t feed your plants much nitrogen during the bloom cycle.
The startling realization comes when you notice all but one PK bloom booster have virtually equal amounts of phosphorus and potassium. This isn’t the right balance of PK for your plants.
The good news is there’s one PK bloom booster that contains the correct ratio and type of phosphorus and potassium: Advanced Nutrients Hammerhead PK 9-18.
Hammerhead Gives You Larger Harvests, Plus...
When you use Advanced Nutrients Hammerhead, you get the 9-18 PK ratio your plants need for larger harvests. In tests run using rockwool, aeroponics, and other hydroponics gardening systems, Hammerhead’s 9-18 ratio is found to give you the fastest, most productive flower growth.
DUTCH GROWER LOVES HAMMERHEAD
“As a grower for two of our local coffeeshops, I used a Euro-made phosphorus and potassium booster. I got some increase in yield, but I also saw an increase in the mold and in burning of leaves and resin glands. I suspected that the ratios of phosphorus were incorrect. When I saw your product at the trade show, I thought that this might be a good fix, because your mixture had more potassium. I tried it and the results were larger yield and less mold and none of the leaf burning and curling. I agree with you that the 13/14 experiment was a failure. I am adding Hammerhead to my bloom cycle feeding from now on. It has the right numbers.” - Johan, from Haarlem, Holland
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According to studies done in a wide variety of hydroponics gardens, 9-18 is the correct flower stimulator ratio that produces bigger flowers from your hydroponics gardening.
What’s more, Hammerhead also contains magnesium. This is another important element that helps your plants create large floral growth.
Along with giving you increases in the size, weight and density of your flowers, Hammerhead’s precise combination, type and ratio of potassium, phosphorus and magnesium has been found to increase essential oils, aroma, and potency in hydroponics crops.
And it’s interesting to note another benefit of this 9-18 formula…it decreases the occurrence of gray mold and other pathogenic attackers that eat crops in late harvest cycle.
Here are some useful tips for when you’re using Hammerhead:
- Closely monitor the ppm and pH of your nutrient water so you keep the numbers within the limits of your plants’ ideal conditions
- Use Hammerhead as part of a rotating cycle of timed bloom boosters during bloom season, along with Big Bud, Bud Blood and Overdrive
- Quit feeding all nutrients to your plants about ten days before harvest and do a Final Phase flush
The really good news is that now you’ll get bigger flowers using the PK 13-14 alternative that gives your plants the perfect 9-18 ratio of phosphorus to potassium. Start getting bigger flowers with Hammerhead, today.
Hammerhead = Ideal Phosphorus/Potassium Flower Booster


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PROOF DOSSIER ON CARBOLOAD
© 2008 Advanced Nutrients Research
International Hydroponics Research Team
CarboLoad gives your plants 100% organic carbohydrates when they need it most and in the most easily absorbed forms. Research proves that CarboLoad gives:
- Increased growth/metabolism
- Building materials for more and larger blooms
- Constant source of energy so your plants keep producing
- Correct carbohydrate ratios
“Recently, it has become apparent that sugars are physiological signals repressing or activating plant genes involved in many essential processes, including photosynthesis, glyoxylate metabolism, respiration, starch and sucrose synthesis and degradation, nitrogen metabolism, pathogen defense, wounding response, cell cycle regulation, pigmentation, and senescence.”
“Hexokinase as a Sugar Sensor in Higher Plants.” In The Plant Cell. 1997. 9: 5-15
Glucose
“Every year, plants make more than 1011 metric tons of cellulose, the chain of glucose residues that is the principal component of the plant cell wall.”
(Science 4:2002)
“Plant Biology: Prime Time for Cellulose.” In Science. 2002. 4: 59-60
“In higher plants, glucose has been implicated to be the primary sugar signal that controls many aspects of plant development, including germination, hypocotyl elongation, cotyledon greening and expansion, primary and lateral root growth, true leaf development, floral transition, and the onset of senescence.”
“Roles of cell-wall invertases and monosaccharide transporters in the growth and development of Arabidopsis.” In Journal of Experimental Botany. 2003. 54(382): 525-531
“Sugars such as Glc [glucose] and Suc [sucrose] help regulate many developmental and physiological processes in plants. For example, sugar levels have been postulated to play an important role in determining the time at which some plant species flower.”
“Plant sugar-response pathways. Part of a complex regulatory web.” In Plant Physiology. 2000. 124: 1532-1539
CarboLoad Promotes Growth of Beneficial Bacteria, Leading to Better Roots, Better Nutrient Uptake and Stronger Yield.
“Besides providing a readily available energy source for heterotrophic soil microorganisms, carbohydrates are important to aggregate stability (Sparling and Cheshire 1985) and to the ion-exchange properties of soils. The extracellular polysaccharides secreted by roots and microorganisms may help to protect them from the deleterious effects of excesses of metal ions such as AI” (Mugwira and Elgawhary 1979) and Pb (Tyler 1981).
“Microenvironments of Soil Microorganisms.” In Biology and Fertility of Soil. 1988. 6:189-203
Four established mature tree species (Aesculus hippocastanum L., Betula pendula Roth., Prunus avium L. and Quercus robur L.) com-monly planted in UK urban landscapes were subjected to soil injections of the carbohydrate sucrose at 25, 50 and 70g per litre of water. Fine root dry weight was recorded at month 5 following soil injections. Soil injections of sucrose significantly increased fine root dry weight compared to controls, however; growth responses were influenced by species and the concentration of sucrose applied. Results indicate soil injections of sucrose ³ 50g litre of water may be able to improve root growth of established mature trees.
“Soil injections of carbohydrates improve fine root growth of established urban trees.” In Arboricultural Journal. 2004. 28: 95-101
“One group of natural macromolecules which have received considerable attention in the last two decades because they are important as glues in soils are the polysaccharides. Carbohydrates represent about one quarter of soil organic matter much of it being derived from plant polysaccharides in roots and plan debris. ...evidence for this role includes correlations of aggregate stability and polysaccharide contents, the stabilization of aggregates by addition of microbial polysaccharides and polysaccharide preparations from soil, the degradation of aggregates by 'selective' oxidation of polysaccharides by periodate and recently the elegant identification of polysaccharides in situ in thin sections of soils.”
“Soil organic matter and structural stability: mechanisms and implications for management.” In Plant and Soil. 1984. 76: 319-337
CarboLoad Carbohydrates are Correct Forms and Easily Absorbed
Arabinose + xylose
It has been suggested that the presence of arabinose and xylose in the amounts observed in soil polysaccharide can be explained by the extra number of enzyme-catalysed steps necessary to decompose the more complex pentose-containing polysaccharides (Cheshire et al., 197 1 ). They would thus persist and accumulate more readily than simpler polysaccharides.
“Origins and stability of soil polysaccharide.” In European Journal of Soil Science. 1977. 28: 1-10
28. In nature, soil contains comparatively larger amounts of arabinose and xylose. One theory to explain this is that it takes more enzymes, more steps, and thus much more time to break down other carbohydrates. Arabinose and xylose are easily accessible..
“Soil carbohydrate is one of the largest and most readily mineralized organic-matter fractions. It is very likely that the rate of metabolism of the soil carbohydrate is strongly affected by associated non-carbohydrate fulvic substances, as has been observed with humic-like substances (Bondietti et al., 1972), and that these therefore have an indirect influence on soil fertility, particularly where organic matter is accumulating under acidic conditions.”
“Nature of soil carbohydrate and its association with soil humic substances.” In Journal of Sod Science. 1992. 43: 359-373
29. Soil carbs easily hold onto mineral nutrients; they work sort of like a time-release source. Fulvic acid enhances digestion of carbs and release of mineral nutrients. Carbs = good nutrition for everything in the soil.
Fulvic Acid
“Fulvic acid enhances the availability of nutrients and makes them more readily absorbable. It also allows minerals to regenerate and prolongs the residence time of essential nutrients.”
Fulvic Acid: The Miracle Molecule. MorningstarMinerals.com. 2005
Better nutrient availability due to increased levels of beneficial microbes
Soil microbes
Soil microorganisms play a critical role in the retention and release of nutrients in natural ecosystems. Soil microbial biomass acts as both a sink and a source of labile nutrients, capable of supplying a significant proportion of the nutrients used by plants.
“Factors determining soil microbial biomass and nutrient immobilization in desert soils.” In Biogeochemistry. 1995. 28: 55-68
Soil microbes
“Hemicelluloses are heterogeneous polymers of pentoses (xylose, arabinose), hexoses (mannose, glucose, galactose), and sugar acids.”
“Hemicellulose bioconversion.” In Journal of Industrial Microbiology and Biotechnology. 2003. 30: 279-291.
30. Hemicellulose is a major structural molecule in plants. It is built from many types of smaller sugar subunits.
As you can easily and immediately see, plant science research proves that CarboLoad is the premier carbohydrate formula for plants. CarboLoad leads to faster growth, better yields, healthier root zones and roots, and stronger bloom-cycle performance. CarboLoad was the world’s first-ever plant carbohydrate booster, and it’s still the best, most powerful and most-respected.
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