SURF-MAX
Benefits of Use:
- Use up to 25% less irrigation water while attaining better water movement through the soil, more effectively providing moisture and delivering water-carried nutrients.
- Due to the complexed Micro Carbon Technology®, the benefits of carbon are carried directly through the soil to the root zone, enabling plants to more effectively absorb nutrients.
- Surf-Max® is fully biodegradable, non-hazardous, non-phytotoxic, and highly compatible with existing chemistries.
- Great for growers of strawberries, tomatoes, peppers, melons, cotton, potatoes fruit trees, olives, lettuce, carrots, blueberries, etc.
Deficiency Symptoms—When to Apply:
- Wherever drought conditions or water restrictions are present; when water conservation is important
- When planting in light-sandy, sandy-loam, or hydrophobic soils
FAQs
Related Videos
Soil Surfactant Surf-Max™ Demonstration A-3: Golf Course Hydration
Dr. Johann Buck demonstrates the effectiveness of SURF-MAX™, the Huma Gro® Turf soil surfactant on golf course turf.
Learn More
Soil Surfactant Surf-Max™ Demonstration A-2: Hydration Bench Test
Dr. Johann Buck demonstrates how SURF-MAX™, the Huma Gro® Turf soil surfactant can help water rapidly penetrate even compressed discs of coir (coconut) fiber.
Learn More
Soil Surfactant Surf-Max™ Demonstration A-1: Thatch Infiltration Bench Test
Dr. Johann Buck demonstrates how SURF-MAX™, the Huma Gro® Turf soil surfactant helps water penetrate hydrophobic turf thatch and spread evenly through the soil.
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Related Case Studies
Huma® Fertilizer Products Increase Cucumber Yields at ROI of 113%
Objective The purpose of this research project was to evaluate how Huma® liquid fertilizer products with Micro Carbon Technology® affect cucumber yield when compared with a control program of grower’s standard fertilizer. Materials & Methods This study was conducted at the Southeast Ag Research facilities in Chula, Ga. The experiment was conducted with four replicates.
Huma® Program Increases Strawberry Yields 13%, With an Increased Return of > $3,400/acre
Objective This field trial assessed the effects of an additional 4 foliar applications of Huma® products on the yield of Portola strawberries when compared with the grower’s standard crop nutrition program. Materials & Methods This trial was set up in a complete randomized-block design conducted during the growing season of July 18 through November 28
Recoverable Sugar of Sugar Beets Yield Increased Using Huma® Program – Year 1
Objective This field trial was conducted to observe effectiveness of additional preharvest applications of Huma® products on recoverable sugar of sugar beets and return on investment. Materials & Methods This trial on sugar beet (Beta vulgais vulg. altissima) was conducted in Homedale, Idaho. The crop was seeded on May 8 and was harvested on October
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