IMPORT Water Conditioner/p H Adjuster Product No. 714-25
MAXIMIZE WEED CONTROL AND MICRONUTRIENT UPTAKE WITH GLYPHOSATE
IMPORT changes everything. Research has proven glyphosate can cause temporary micronutrient deficiencies that lead to slow growth and yield drag. IMPORT is the only adjuvant that allows you to successfully tank-mix low-cost micronutrients like manganese and zinc sulfate with glyphosate, and get better weed control too. IMPORT is easy. It reduces trips across the field, saving water, fuel and time. It's proven to increase yields in Roundup Ready crops. IMPORT brings more micronutrients into the plant during the summer, so you can bring in better yields in the fall.
IMPORT is the only activator adjuvant and AMS replacement product that successfully allows tank mixing of Mn and Zn with glyphosate, to offset micronutrient tie-up and yield drag associated, with glyphosate applications to tolerant crops.
Features & Benefits Protects glyphosate from antagonistic hard water ions   that reduce performance
Protects micronutrients from glyphosate both in the   spray tank and in the plant
Protonates glyphosate for accelerated uptake and more   consistent performance
Use Rates Managing manganese deficient soils:
 Apply 2 - 2.5 lbs of manganese sulfate per acre.
Use  IMPORT at 1% v/v (1 gallon per 100 gallons of spray  solution).
Preventing glyphosate-induced micronutrient  deficiencies:
 Apply a total of 1 - 2 lb per acre of manganese sulfate, or  a combination of manganese and zinc sulfate in a 3 to 1  ratio.
Use IMPORT at 1% v/v (1 gallon per 100 gallons of  spray solution).
Replacing ammonium sulfate:
 Use IMPORT at 0.25 - 0.5% v/v (1 - 2 quarts per 100  gallons of spray solution) when replacing 8.5 lbs of  ammonium sulfate.
Use IMPORT at 0.5 - 1.0% v/v (2 - 4  quarts per 100 gallons of spray solution) when replacing  17 lbs of ammonium sulfate.
Packaging 2 x 2.5 gallons per case
250 gallon minibulk
Licensed under U.S. Patent No. 6,936,572 & 7,247,602.
Precision Laboratories is a leading provider of specialized chemistries applied to plants, seeds, soil and water to maximize resource and biological performance potential while stewarding the environment.