Easy-to-use AMS premix
Patented Adjuvant System
Class Act® NG® adjuvant offers an easy-to-use formulation
that combines CornSorb™ technology (a crop-based
adjuvant system), and ammonium sulfate (AMS) for water
conditioning in a convenient liquid premix.
With Class Act® NG® adjuvant, applicators do not have
to deal with mixing and quality problems that can be
associated with AMS. The pre-dissolved liquid AMS
alleviates sedimentation and nozzle plugging, eliminating
downtime caused by hard-to-dissolve dry AMS. Also, there
is no need to handle bulky 51-pound bags of dry AMS.
Class Act® NG® adjuvant is available in bulk and mini-bulk
containers for convenient pumping, saving time and money.
Class Act® NG® adjuvant is CPDA (Council of Producers &
Distributors of Agrotechnology)* certified, which assures
product quality and reliability.
Formulated for Many Herbicides
Class Act® NG® adjuvant is specifically formulated to meet
adjuvant and AMS requirements for many glyphosate-based
herbicides, including Cornerstone® brands, Roundup®
brands and Touchdown® brands. Class Act® NG® adjuvant
is a perfect fit with Liberty®, diquat, Gramoxone® brands
and a variety of other herbicides with similar requirements.
Class Act® NG® adjuvant is also labeled for use with
aquatic herbicides.
Drift Control and Spray Coverage
To lock in spray coverage or deposition, and lock out drift,
include InterLock® adjuvant.
Fast, Aggressive Performance
Class Act® NG® adjuvant is the most active adjuvant
system available for a variety of herbicides. Years of
extensive university research, independent trials and
manufacturer’s research have shown success of Class
Act® NG®. Class Act® NG® adjuvant improves uptake and
speeds herbicide movement for quicker performance and
faster weed control.
ADJUVANT
WAT Er CoNDi T ioNiNg AgEN T PlUS NoNioNiC SUrfAC TA N T
Ingredients
Ammonium sulfate, corn syrup, alkyI polyglucoside 50.5%
Constituents ineffective as spray adjuvant 49.5%
TOTAL 100%
Application Rate
Surfactants are generally recommended on a volume-per-
volume (v/v) basis. For example:
Percentage v/v per 100 Gallons Spray Solution
0.125 = 1 pint
0.25 = 1 quart
0.50 = 2 quarts
1.00 = 1 gallon
Amount of NIS and Dry AMS in Class Act® NG® per 100 Gallons Spray Solution
Class Act® NG® (gallons)
Nonionic Surfactant (quarts)
Dry AMS (pounds)
2.5 = 2.0 = 8.5
5.0 = 4.0 = 17.0
See label for exact mixing order. When using with glyphosate, Class Act® NG® adjuvant (or AMS sources) must be added to the tank before glyphosate.
Packaging
2 x 2.5-gallon jugs
Mini-bulk
Bulk
*Class Act® NG® is certified by the Council of Producers & Distributors of Agrotechnology (CPDA), which ensures consistency in product performance. Products that receive CPDA certification must meet 17 benchmarks. CPDA certification assures users that the adjuvant product meets the claims indicated on the label; that ingredients used in the product meet EPA regulations for approved ingredients for use in pesticide tank mixes; and that the product is of the highest level of quality and reliability. ALWAYS READ AND FOLLOW LABEL DIRECTIONS. WinField and CornSorb are trademarks, and Class Act, Cornerstone, Interlock and NG are registered trademarks of Winfield Solutions, LLC. Roundup and Roundup WeatherMAX are registered trademarks of Monsanto Technology LLC. Gramoxone and Touchdown are registered trademarks of a Syngenta Group Company. Liberty is a registered trademark of Bayer CropScience. GRAMOXONE® is A REsTRiCTED-UsE PEsTiCiDE. ® 2012 Winfield Solutions, LLC
Relative Glyphosate Uptake in Velvetleaf Leaves
Relative Glyphosate Uptake in Velvetleaf Meristem
30,000
4,000
5,000
10,000
15,000
1,000
20,000
2,000
25,000
3,000
C1
4 G
lyph
osat
e (d
pm)
per
Gra
m F
resh
Wei
ght
of
the
Tre
ated
Lea
fC
14 G
lyph
osat
e (d
pm)
per
Gra
m
Fres
h W
eigh
t of
Api
cal
Mer
iste
m
Source: Westra, Colorado State University
Roundup WeatherMAX® + AMS 17 lb
per 100 gallons
Roundup WeatherMAX®
+ Class Act® NG® 2.5% v/v
Roundup WeatherMAX® + AMS 17 lb
per 100 gallons
Roundup WeatherMAX®
+ Class Act® NG® 2.5% v/v
ADJUVANT
WAT Er CoNDi T ioNiNg AgEN T PlUS NoNioNiC SUrfAC TA N T
Source: Westra, Colorado State University