
- Inhibits nematode activity
- Provides excellent control of fungal diseases in soils
- Activates natural defense mechanisms in plants
- Safe for crops, humans, and the environment
- Fungicidal effect against all types of fungal spores
- Product’s natural chemistry has no documented cross-resistance
- Cost-effective performance
- Fast-acting upon contact
- Restricted Entry Interval (REI: 0 days
- Pre-Harvest Interval (PHI): 0 days
Promax® controls:
NEMATODES:
- Root Knot (Meloidogyne incognita)
- Spiral (Helicotylenchus)
- Lesion (Pratylenchus)
- Lance (Hoplolaimus galeatus)
- Ring (Criconemella xenoplax)
- Cyst (Heterodera glycines)
- Reniform (Rotylenchus robustus)
- Stunt (Tylenchorrhynchus)
- And many others . . .
PATHOGENS:
- Powdery Mildew (Erysiphales)
- Rust (Pucciniales)
- Damping Off (Phytophthora sp.)
- Club Root (Plasmodiophora brassicae)
- Anthracnose Fruit Rot (Colletotrichum sp.)
- Root and Crown Rot (Fusarium sp.)
- Stem Rot (Sclerotium rolfsii)
- And many others . . .
How effective is it in the field? Here are some examples:
- In Vitro Bio-Assay Testing on Promax® Efficacy in Controlling Strawberry Pathogens
- Huma Gro®Nutrient and Fumigation Replacement Program Increases Strawberry Yields 97%
- ROMAX® Effectiveness Field Studies and Testimonial
- PROMAX® on Onions
- Promax® and Zap® Reduce Nematodes, Increase Yields for Green Chiles in New Mexico
Read the full brochure.
Related Posts
The Huma Gro Farmer Podcast: Episode 11—Interview with TFI’s Corey Rosenbusch – Blog
Huma Gro® 2017 Product Catalog Released
Bio Huma Netics, Inc. (BHN)—an Arizona company that produces products under the Huma Gro®, Huma Gro® Turf, and Probiotic Solutions® brands—has released its 2017 Huma Gro® Product Catalog. The newly redesigned catalog contains specific information on 45 Huma Gro® liquid crop nutrition and protection products in the categories of Primary Macronutrients (9), Secondary Macronutrients and
Huma Gro® Program Increases Peanut Yield Under Severe Conditions
Materials and Methods This trial on peanut (Arachis hypogaea, Var. GA-12Y) was conducted in Memphis, Tenn. by AgriCenter International, as a randomized complete block study with 4 replications in 12.6’ x 30’ plots. The peanuts were planted on June 25 and harvested on December 14. Seven treatment programs were compared as shown in Table 1.

