Technology
Released by life, not by water
Ordinary fertiliser dissolves the moment it meets water. RootMatrix waits in the root zone until soil life, roots and microbes, unlocks it.
Scroll to watch it work, step by step.
Step 1 of 6. The nutrient reserve settles around the roots.
Why it matters
Ordinary fertiliser: dissolves, leaches, escapes.
RootMatrix: held in place, released at the root.
Evidence
2–9.5×
more zinc in plants
With layered-hydroxide zinc, in published trials.
Illustrations of our first lab tests, which were visual and not yet replicated. See the test details.
Next: field data
- NABL chemistry
- ICAR and SAU trials
- vs ZnSO₄ and Zn-EDTA
- Field N₂O
What spinach brings
- Leaf phytochemicalsBuild the mineralSee the papers →
- Glycine betaineStress protectionSee the papers →
- 20-HydroxyecdysoneNematode moulting disruptorSee the papers →
- DefensinsAntimicrobial peptidesSee the papers →
- Oxalic acidPhosphorus releaseSee the papers →
- Amino acidsNatural chelationSee the papers →
16 published sources. Field trials next.
The chemistry, for specialistsLayered hydroxy salt, no aluminium, green synthesis
Layered mineral
Positively charged Zn-Mg hydroxide layers hold sulphate between them: an anion-exchange structure that releases nutrients as carbonate swaps in.
No aluminium
Built on a pure Zn-Mg backbone instead of the usual Mg-Al or Zn-Al, so no aluminium enters soil or food.
Spinach green synthesis
Spinach phytochemicals act as natural reducing and capping agents in place of synthetic chelators like EDTA.
Potassium neutralised
Brought to pH 7 with potassium hydroxide, which leaves potassium behind as a nutrient.
References
- ICAR AICRP on Micro- and Secondary Nutrients (AICRP-MSPE), 2.43 lakh soil samples, 615 districts
- López-Rayo et al. (2017), J. Agric. Food Chem. 65:8779: Zn-doped layered double hydroxides raised plant Zn 2–9.5× over no-Zn controls
- Salvagiotti, Castellarín, Miralles & Pedrol (2009), Field Crops Research 113:170–177: sulfur fertilization improves nitrogen use efficiency in wheat by increasing nitrogen uptake
- Mustafa et al. (2022), Frontiers in Plant Science 13:942384: improving crop productivity and nitrogen use efficiency using sulfur and zinc-coated urea, a review
- Wang et al. (2020), Frontiers in Plant Science: magnesium fertilisation improves crop yield in most production systems, meta-analysis of 570 observations from 99 field studies
- Potarzycki, Grzebisz & Szczepaniak (2022), Plants: magnesium fertilisation increases nitrogen use efficiency in winter wheat
- UNEP and FAO, Global Nitrous Oxide Assessment (COP29, November 2024)
- IPCC AR6 WG1, Chapter 7: N₂O GWP-100 = 273