1-Part Base Nutrient
2-Part Base Nutrient
Plant Structure + Fruit Quality
Root Enhancer
PK Additive + Cal-Mag-Iron + pH Stabilizer
No.1 Bloom Booster
Vegetative Growth Accelerator
Build-Up Eliminator
Prevents Blockage + Build-Up
Combats Deficiencies
Monosilicic Acid Additive
Root + Foliage Accelerator
Cloning Gel for Cuttings
Products / Other Additives / Silica
0.1-0.25ml/L (0.25 – 1 ml/Gal) during veg and flower. Pre-dilute dose 10-fold with water before adding to nutrient then stir well.
Silica is also effective as a foliar spray at 3ml/L (3ml/Qrt)
250mL, 1L, 5L, 20L & 1,000L
+20 years — Our testing origins predate 1998
Silica
Each batch of FloraMax is manufactured by our in-house chemists and undergoes rigorous quality testing before bottling, ensuring consistent performance and reliable yields from each crop.
0.1-0.25ml/L (0.25 – 1 ml/Gal) during veg and flower. Pre-dilute dose 10-fold with water before adding to nutrient then stir well
Silica is also effective as a foliar spray at 3ml/L (3ml/Qrt)
250mL, 1L, 5L, 20L & 1,000L
+20 years — Our testing origins predate 1998
Silica
Firstly, all silica products are generally made from potassium silicate. This ingredient generates MSA when diluted in water. So, MSA is essentially a play on words, a marketing angle pitched by a some manufacturers. From a chemist’s point-of-view, the biggest point of difference (problem) with silica products is their shelf life. Most of them have a max shelf-life of 1-2 yrs. This impacts their solubility and notably creates a build-up (gel) in the reservoir.
FloraMax Silica has a shelf-life of 10 years plus, and is fully soluble. Claims of internodal shortening and other flowering benefits from
MSA/silica are bogus. We have been selling silica’s since about 1997 and have never heard this claim from growers.
The most effective way of obtaining ‘flowering benefits’ through nutrition is by using a combination of OrganaBud and Resin-XS:
FloraMax Silica: Silica as Monosilicic Acid (top) and Metasilicic Acid (bottom) is easily absorbed by plants
SILICA
If adding Silica last, pre-dilute the dose at least 10-fold with water to minimize the amount of white particles that form when it is added to the nutrient solution. This problem is more pronounced at higher EC’s especially with hard waters. Note, these ‘white particles’ will normally dissolve if the nutrient is immediately stirred and pH is checked, and is therefore typically only a ‘temporary’ aesthetic problem if treated correctly (see Fig 13.1).
FloraMax Silica can be added first however the pH should be lowered below 7 prior to adding the nutrients and additives. Note, Silica increases the water’s pH which can destabilize pH sensitive elements once they are added. By adding Silica last, we generally only need to worry about pH right at the end. If you add it first, you need to worry about pH the whole way through.
Hydroponic plants are often susceptible to leaf wilt and bud rot, especially when exposed to heat from HID lamps. Silica helps strengthen plant cells to prevent limp or weak growth. Silica, known chemically as silicon dioxide (SiO2), is the chemical form that silicon (Si) adopts in plant matter. Silica is NOT the same as silicon. Silicon is the stuff computer chips and car polishes are made from.
FloraMax Silica is very effective for combating leaf wilt during summer heat. Prevention treatment is best done by applying Silica as a foliar spray 3ml/L (3ml/Qrt). This typically allows plants to endure ambient grow room temperatures upwards of 40 deg C (104 deg F). Foliage remains rigid and turgid so that photosynthesis can continue unaffected.
FloraMax SILICA is now available in a low-alkalinity version, called Silica 0-0-5. Although it has the same dose rate as Silica 0-0-8, it has less impact on nutrient pH, and less tendency to produce white particles in the working nutrient while dosing.
Share your experience & leave us a testimonial
“We never grow without Silica. It gives us consistency all year round. Weight and potency are improved and are reliable from crop to crop”
Commercial Grower — Tweed Heads, QLD, Australia
“The plants are much stronger… more resistant to diseases and rot… able to withstand the shock of higher growroom temperatures AND STILL DELIVER formidable results”
Grower — Bristol, England, UK
“Our outdoor plants can now tolerate 3 or 4 days straight of 40 deg C (104 deg F). Without Silica they would wilt on the first hot day”
Commercial Grower — Seattle, Washington, USA
Our product development capabilities are backed by over 60 years of experience as analytical chemists in horticulture and 30 years as hydroponic nutrient chemists.
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