2. Introduction
Suspend PolyZone: Superior performance in a polymer.
Suspend PolyZone’s new formulation technology will transform perimeter pest
control and give your business a competitive edge. With a 90-day outdoor
residual and a revolutionary polymer that protects the active ingredient, Suspend
PolyZone stays where it’s applied, regardless of weather.
3. Features & Benefits
The future of perimeter pest control is here with Suspend PolyZone.
• Provides an unprecedented 90-day outdoor residual
• Protects active ingredient from weather with exclusive formulation technology
• Reduces environmental impact because it's non-migrating and has less run-off
• Maintains control of a broad spectrum of pests with fewer applications
• Has flexible label that allows for both indoor and outdoor use
• Improves operational efficiencies with reduced callbacks
• Brings you the latest innovation in pest control with satisfaction guaranteed
4. The Proof Is in the Polymer
Suspend PolyZone evenly
distributes the active
ingredient and is guaranteed
to out-perform microcaps.
5. The Science Behind Suspend PolyZone
Suspend PolyZone’s new polymer technology delivers proven extended residual
control. This new polymer creates a better, more uniform distribution of active
ingredient particles than conventional SC formulations.
• Proprietary polymer creates a more uniform distribution of the active ingredient
• Active ingredient remains intact as the polymer layer wears away over time
• Exclusive PolyZone formula secures the active ingredient deltamethrin to
targeted area
• PolyZone shields the active ingredient from weather, irrigation and mechanical
abrasion
6. Mode of Action
With PolyZone’s unique
proprietary polymer delivery
system, the active ingredient
adheres to any porous target
area.
7. Mode of Action
After the liquid application
evaporates, a lattice shape
remains, which surrounds the
active ingredient like a shield.
8. Mode of Action
The non-migrating polymer
erodes over time and creates
a controlled-release killing
zone that lasts 30% longer
than microcaps.
9. Application
For best results, apply anywhere.
With its unique formula, Suspend PolyZone creates a killing zone for perimeter
pests that has the staying power to stand up to the elements. So if you want to
increase the effectiveness of your treatments, put the science of Suspend
PolyZone to work for you.
• Labeled for both indoor and outdoor use
• Can be applied to porous surfaces, including wood, brick and concrete
• Gives you extended time between applications with its 90-day residual
10. Efficacy & Data
Suspend PolyZone is the only solution with a proven 90-day outdoor
residual.
It delivers proven residual control for up to 90 days outdoors–on average, 30%
longer than microcaps. During those 90 days, the proprietary polymer wears
away, but the active ingredient stays in place–leading to fewer callbacks and
applications.
• Provides option to increase interval between application
• Reduces callbacks, increasing customer satisfaction and retention
• Has less runoff, helping to maintain commitment to sustainability and giving
peace of mind.
11. Efficacy & Data
Suspend PolyZone Demand CS CyKick CS
90-Day Outdoor Residual
Control
100
80 Method:
% Mortality (@24-hr)
Glazed, treated tiles aged
60
outdoors and exposed to
40
German cockroaches for 30
minutes; held in clean
20 environment to monitor mortality
through 24 hours.
0 (Source: 0EO9NARBYW-ENY1)
1 Month 2 Month 3 Month
Suspend PolyZone (.03%) 100 100 100
Demand CS (.03%) 100 100 0
CyKick CS (.05%) 93 27 0
METHOD: Glazed tiles, treated tiles aged outdoors, 30-minute exposures of German cockroach
to aged tiles, held in clean environment to monitor mortality through 24 hours. (Source: 0EO9NARBYW-ENY1)
12. Efficacy & Data
Existing Suspend PolyZone Stays Where Applied
Method:
Residues that are washed off
Treated substrate dried for 24
63% 72% hours then was exposed to 1
inch of simulated rainfall for 1
hour. Wash-off sample
analyzed by HPLV.
(Source: BRP2010)
Tile Concrete
METHOD: Treated substrate, dried for 24 hr. Exposed for 1 hr, to 1” simulated rainfall. Wash-off
sample analyzed by HPLV. (Source: BRP2010)
