Micro Boost
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Micronutrient blend with chelating agents — 6-element micronutrient, EDTA chelated.
Micronutrient blend with chelating agents from Vegalab Crop Science, powered by Fe (EDTA), B, Cu, Mn, Mo, Zn + glutamic, citric acids. Micro Boost targets Micronutrient deficiencies, pollination, fruit-set.
A chelated micronutrient blend delivering iron, manganese, zinc, copper, boron and molybdenum together. EDTA chelation maintains bioavailability across a wide pH range; foliar uptake is rapid.
| Active | Fe (EDTA), B, Cu, Mn, Mo, Zn + glutamic, citric acids |
|---|---|
| Targets | Micronutrient deficiencies, pollination, fruit-set |
| Dilution rate | 1:1,000 · 1 mL/L (3.8 mL/gal) · 0.75–2.0 L/ha (10.4–27.7 fl oz/acre) |
| Application | Foliar or soil application — 1–5 times per season |
| Line · Category | Boost · Micronutrient blend with chelating agents |
- Corrects iron-deficiency chlorosis
- Supports nitrogen metabolism (Mo)
- Improves enzyme function across pathways
- Addresses multi-deficiency disorders
| Nutrient | Content |
|---|---|
| N | 2% |
| Fe | 0.5% |
| Mn | 0.25% |
| Zn | 0.1% |
| B | 0.08% |
| Cu | 0.05% |
| Mo | 0.02% |
Derived from: EDTA-Fe · Manganese sulfate · Zinc sulfate · Copper sulfate · Boric acid · Ammonium molybdate
Contains: Citric acid
What is Micro Boost and which micronutrients does it supply?
Micro Boost is a chelated micronutrient blend that delivers six essential micronutrients together: iron (Fe), manganese (Mn), zinc (Zn), copper (Cu), boron (B) and molybdenum (Mo), supported by glutamic and citric acids. It is formulated to correct micronutrient deficiencies and to support pollination and fruit-set across field crops, vegetables and vines.
Why does chelation matter for micronutrient uptake?
Micronutrients like iron are easily “locked up” in the soil — made unavailable to the plant — especially at high pH. Micro Boost uses EDTA chelation to keep these nutrients bioavailable across a wide pH range, so the plant can actually absorb what you apply. Foliar uptake is rapid, which makes it effective for correcting a visible deficiency quickly as well as for routine maintenance.
What deficiency symptoms does it address?
Iron deficiency shows as interveinal chlorosis (yellowing between leaf veins) on new growth; manganese, zinc and other shortfalls produce their own patterns of discoloration, distortion and poor fruit-set. Micro Boost corrects iron-deficiency chlorosis, supports nitrogen metabolism through molybdenum, improves enzyme function across plant pathways, and addresses multi-deficiency disorders where several micronutrients are short at once.
How and when should it be applied?
Micro Boost can be applied foliar or to the soil, typically 1–5 times per season depending on crop and need. The standard rate is 1:1,000 — 1 mL/L (3.8 mL/gal), or 0.75–2.0 L/ha (10.4–27.7 fl oz/acre). For correcting an active deficiency, foliar application gives the fastest response.
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Frequently asked questions
What does Micro Boost target?
Micronutrient deficiencies, pollination, fruit-set
What is the application rate for Micro Boost?
1:1,000 · 1 mL/L (3.8 mL/gal) · 0.75–2.0 L/ha (10.4–27.7 fl oz/acre) Application: Foliar or soil application — 1–5 times per season.
Is Micro Boost suitable for natural or organic programs?
Micro Boost is a naturally derived input (Fe (EDTA), B, Cu, Mn, Mo, Zn + glutamic, citric acids) designed to fit low-residue and IPM programs.
Which crops is Micro Boost for?
It is used across all field crops, vegetables and vines — anywhere micronutrient deficiency limits growth, pollination or fruit-set.
Can it be foliar-applied?
Yes. Foliar application gives rapid uptake and is the fastest way to correct a visible deficiency; it can also be applied to the soil, 1–5 times per season.
Is it compatible with my existing fertilizer program?
Micro Boost complements standard NPK programs by supplying the micronutrients those programs often lack. Confirm tank-mix compatibility with a jar test, and consult an agronomist for your specific inputs.
How is it different from a standard micronutrient mix?
It delivers six micronutrients in EDTA-chelated form, which keeps them bioavailable across a wide pH range — reducing the lock-up that limits uptake from non-chelated products — with glutamic and citric acids supporting absorption.


