Foliar Fertility

Grizzly Foliar Nutritionals provide the professional turf and landscape manager with convenient tools for developing and maintaining exceptionally high quality turfgrass & botanicals. These liquid fertilizers are non-toxic, environmentally friendly and effective for all plants. They are biodegradable and may be combined with nitrogen, phosphorous, and potassium sources while remaining in solution. Because they do not need to be watered in, utilizing these easy-to-use liquids has the added benefit of saving time, water and money.

Grizzly Terrain™ (15-1-2 +4 Fe) and Grizzly Northern™ (20-0-2 +2 Fe) are powerful fertility products specially formulated to be used as the backbone product in your turf program, whether maintaining a warm season or cool season grass. They provide primary plant nutrients in a variety-appropriate analysis to support balanced growth with explosive visual response. These greens grade foliar fertilizers provide long-lasting response at a lower price point than comparable brands.

Guaranteed Analysis:

Application Rate: 4 to 7 ozs. /1000 sq. ft.

Derived From:
Urea Phosphoric acid Potassium chloride Iron sulfate

Weight:
Terrain 10.6 lbs. /gal.
Northern 10.3 lbs. /gal.

Guaranteed Analysis:
Total Nitrogen as N ……………… 30.00%

Application Rates: 5 to 10 ozs. /1000 sq. ft.

Derived From:
Urea* 50% CRN from urea-Triazone Weight: 10.57 lbs. /gal.

Grizzly NitroN30™ (30-0-0) is a liquid nutritional containing patented fertilizer solution Triazone® which provides a slow- release of nitrogen, resulting in better absorption and utilization by the plant for a more uniform color and growth pattern. Unlike straight urea-based fertility products which cause a spike in growth followed by a quick decline, this formulation provides a longer, more even feed after the immediate initial burst. Because of this sustained delivery, it is also much less susceptible to material loss due to volatilization and leaching. Its controlled release also lets the professional turfgrass manager apply more active ingredient than typically possible without an increased risk of burn.