OM MAG

OM Mag

Benefits of Use:

  • Effectively treats magnesium deficiency symptoms
  • Provides quick crop response and can be applied just prior to actual crop need
  • Can be applied foliarly (according to label directions) without risk of phytotoxicity
  • Can be effectively tank-mixed with other organic crop inputs
  • Resists tie-up in the soil and remains available through the plant root system
  • Essential core of the chlorophyll molecule
  • Is active in the translocation of starches necessary for sugar formation
  • Acts as a carrier for plant phosphorus
  • Regulates the uptake of other plant nutrients
  • Enhances oil and fat formation

FAQs

The Organic Solution for Crop Magnesium Nutrition 

Carbon-complexed with Micro Carbon Technology®, OMRI-Listed®  OM MAG is an organic magnesium nutrient. Huma’s OM MAG ensures maximum assimilation of magnesium, which is essential to photosynthesis. Magnesium is also an activator of enzymes involved in the production and use of ATP—which plays a key role in respiration—and is needed for the creation of DNA and RNA.

GUARANTEED ANALYSIS

Magnesium (Mg)………………………………………….5.0% 

Sulfur (S)………………………………………………………..6.0% 

Derived From: Magnesium sulfate. 

Also contains beneficial substances: 0.40% Organic Matter (derived from humic substances) 

PHYSICAL PROPERTIES

Form: Liquid 

Appearance: Slightly hazy amber, having a characteristic odor. 

Weight: 10.51 lb/gal, 1.26 kg/L 

pH: 4.5–5.5 

Initial Trial of Fertilgold® K-6, Micros 1, Mg, and Ca on Organic White Corn 

Label

PTB

SDS

OMRI 

OMRI

Related Products

PROUD 3®

PROUD 3®

PROUD 3® is an OMRI-Listed® crop protection product. It is a broad-spectrum insecticide, miticide, and fungicide with on-contact and some...

View Product
OM SOLUBLE POWDER

OM SOLUBLE POWDER

OMRI-Listed Huma® OM Soluble Powder is a water-soluble modified potassium humate powder derived from humic ore that is designed to be...

View Product
STABLESOL LIQUID

STABLESOL LIQUID

STABLESOL® LIQUID is an activated liquid humic-acid source derived from a highly oxidized, naturally occurring carbon and mineral deposit. STABLESOL LIQUID treats...

View Product

Related Case Studies

See All Related Case Studies
Huma® Organic Fertilizers Easy to Use, Improve Yield on Organic White Corn
09.27.2023 Case Studies

Huma® Organic Fertilizers Easy to Use, Improve Yield on Organic White Corn

Objective The objective of this field trial was for the grower to evaluate the ease of use and the effectiveness of 4 OMRI-Listed liquid Huma® organic crop nutrition products based on known field deficiencies.  Materials & Methods  The organic producer provided 2 80-acre plots of organic white corn in eastern Nebraska that was at the

Read More

Related Blog Posts

This Week in Ag #79
08.20.2024 Fred Nichols

This Week in Ag #79

Seeing is believing. And I’m convinced the recent WASDE reports on crop production aren’t lying. Over the weekend we took my son to college. Our scenic journey through farm country – beauty is in the eye of the beholder, after all – took us deep into the Corn Belt. The projected 2024 corn yield in the Prairie State

Read Now
This Week in Ag #61
04.16.2024 Fred Nichols

This Week in Ag #61

“Free seed can cost a lot of money.” That was dad’s less-than-tactful response to a seed salesman hoping to woo him with a special offer. Was dad exaggerating (as he was notoriously known to do)? Not in this case. Even using today’s financial standards – where seed costs have more than quadrupled in the 30 years

Read Now
Research Report: Biostimulant Effect of Humic Acids on Tomato Plants Under Nutritional Stress
08.10.2022 Geetam Bhardwaj

Research Report: Biostimulant Effect of Humic Acids on Tomato Plants Under Nutritional Stress

In a research study, originally published in Frontiers in Plant Science, May 2021, Vol. 12:660224, the biostimulant properties of humic acid (HA) were tested on Micro Tom tomato plants under increasing nutritional stress. The results confirmed the positive role humic acids play in enhancing nutrient efficiency uptake in plants. A team of scientists from the

Read Now