PERMFILE117376

• Permit No: C1992081
• IBM Index Class Name: Permit File
• Doc Date: 6/19/2006
• Doc Name: Chemical Labels
• Section_Exhibit Name: Tab 20 Attachment 20-1B
• Media Type: D
• Archive: No

SPECiR1EN LABEL UPDATES AVAILABLE AT \V W'W.CREEN'BOOK.NET 3
6ROADCAST APPLICAT/ON
Use 10 to 40 GPA when applying TELAR° DF as a broadcast application. Be
to cabbmte sprayers before application. Select a spray volume and delivery
tam that will ensure thorough covemge and a uniform spray pattern. When
raying industrial turf, avoid overlapping and shut offspmy booms while starting,
mining, slowing, or stopping to avoid injury to desired species.
HANDGUN APPLICATION
Use 100 m 300 GPA when applying TELAR° DF az a broadcast application via
handgun. Mix 1 oz TELAR° DF per 100 gal of water. Apply up to 300 gal of
spray miz per acre.
INVERT SPRAY APPLICATJON
Apply the high viscosity invert solution as a total volume of 10 to 40 gallons per
acre. Mix . to 3 ounces of TELAR° DF per acre in the wafer phase of the inveR
solution. Refer to the Weeds Con4olled sections of [his Iabcl for selecdng the
appropriate use rate for the target weeds. Follow all use directions and cautionary
statements appearing on the labels of the inverting oils and additives or listed in
[he operatorz manual of the inverting equipment by its manufacturer.
SPRAY ADJUVANTS
Nonionic Surjoctanu
Always include a nonionic surfactant when making posmmergence applications of
TELAR° DF (except for use on turf). Apply at a minimum rate (concentration)
of 0.25% v/v (1 qt per 100 gal of spmy solution) or a[ the manufacturer's
recommended mm based on spray area.
Use only EPA-approved surfactants containing at least 80% active ingredient.
Dry Conbol Agents
To minimize drift, a drfr control agent may be added at the manufacturer's
recommended rate,
. MIXING INSTRUCTIONS
1. Fill spmy tank Vr full of water.
2. With the agitator running, add the proper amount of TELAR° DF.
3. If using a companion product, add the recommended amount.
4. For postemergcnce applications, add the proper amount of spmy adjuvants (i.e.
surfacmnts, drift control agents, e[cJ.
5. Add. me remaining water.
6. Agimte the spmy tank thoroughly.
Use the spray prepamdon of TELAR° DF within 24 hours m avoid product
degradation. If the spmy preparation is left smnding, agitate it thoroughly before
mg.
RAPER CLEANUP
Thoroughly clean all mixing and spmy equipment immediamly following appy-
cations of DuPontTM TELAR° DF as follows:
1. Drain tank; rinse interior surfaces of tank; then flush tank, boom, and hoses
with clean water for a minimum of 5 minutes.
2. Fill the tank with clean water and add the cleaning solution". Flush the boom,
hoses, and noales with the cleaning solution. Allow them to sit for I S minutes
with agitadon mmitrg, and then drain [he tank.
3. Repeat Step 2.
4. Repeat Sup 1.
5. Remove the noules and screens and clean separately. To remove traces of
cleaning soludoo, rinse the rank thoroughly with clean water and flush through
the hoses and boom.
Use any of the following deanrng solutions:
1. One gal ammodia (containing 3 % active) per 100 gal of water.
2. "Nutra-soI" (carefully read and follow "Nutm-sol" Label drections).
3. Loveland Spray Tank Cleaner (carefully read and follow Loveland Spray lank
Cleaner label directions).
4. "Tank-Aid" (carefully read and follow "Tank-Aid" label directions).
7o reduce the amount of water required in the above procedure, see sepamh
DuPont bullttin, "Reduced Volume Clcanout Procedure for Large Sprayers."
Note: This sprayer cleanup procedure is only effective Cor 7ELAR° DF end for
general uses specified under "Directions for Use". Do not use the sprayer on
food crops (except wheat, barley and oats), feed crops (except range land and
pasture), fine turf; ornamentals and other desimble plants.
SPRAY DRIFT' MANAGEMENT
The interaction of many equipment and weather-related factors determines the
potential for spmy drift The applicamr is responsible for considering all then
facmrs when making application decisions.
AVOIDING SPRAY DRIFT IS THE RESPOIvSIB]LITY OF THE APPLICA-
TOR.
IMPORTANCE OF DROPLET SIZE
The most effecdve way to reduce drift potential is to apply large droplets (> ] 50-
OOmicrons). The best drift management strategy is m apply the largest droplets
t provide sufficient covemge and control. The pmunce of sensitive specter
arby, the environmental candmons, and pest pressure may affect how an ap-
iiutor balances drifr control and covemge. APPLYING LARGER DROPLETS
REDUCES DRCF1' POTENTIAL, BU7 WILL NOT PREVENT DRIFT TF AP-
PLICATIONS ARE MADE IMPROPERLY OR UNDER UNFAVORABLE EN-
VIRONMENTAL CONDITIONS! See Wind, Temperature and Humidity, and
Surface Temperature Inversions sections of this label.
Database and format copyright ©by C&P Press. All rights reserved.
Controlling Drople! Size--C,'eneral Techniques
• Volume-Use high flow rate nozzles to apply the highest pracdcal spray vol-
ume. Noales with higher rated flows produce larger droplets.
• Pressure-Use the lower spmy pressures recommended for the noale. Higher
pressure reduces dropletsiu and does tut improve canopy penetration. WHEN
HIGHER FLOW RATES ARE NEEDED, USE AHIGHER-CAPACITY NOZ-
ZLE INSTEAD OF 1NCREA54.'G PRESSURE.
• Nouee Type-Uu a nozzle type that is designed for the intended application.
With most nozzle types, narrower spmy angles produce larger droplets. Consider
using low-drift noules.
BOOM HEIGHT
Setdng the boom at the lowest labeled height (it specified) which provides uniform
covemge reduces the exposure of droplets [o evaporation and wind. For ground
equipment, the boom should remain level with the crop and have minimal bounce.
WIND
Drift potendal increases at wind speeds of less than 3 mph (due to variable dvecdon
and inversion potential) or more than ]0 mph. However, many factors, including
droplet size end equipment type determine drift potential at any given wind speed.
AVOID APPLICATIONS DURP]G GUSTY OR WINDLESS CONDITIONS.
Note: Local terrain can influence wind panems. Every applicamr should be
familiar with local wind patterns and how they effect spmy drift.
TEMPERATURE AND HUMIDITY
When making applications in hot and dry conditions, set up equipment to produce
larger droplets to reduce effects of evapomdon,
SURFACE TEMPERATURE INVERSIOAS
Drift potential is high during a surface tcmpemmrc inversion. Surface inversions
restrict vMical air mixing, which causes small suspended droplets to remain close
to the ground and move lammlfy in a concentated cloud. Surface inversions are
characterized by increasing temperature with altitude and are common bra nights
with limited cloud cover and hght to no wind. They begin to form as the sun
sets and often continue into the mamiug. 7he'u presence coo be indicated by
ground fog; however, if fag is not prcunS inversions can also be identified by
the movement of smoke from a ground source or an aircraft smoke generator.
Smoke [hat layers and moves laterally in a concentrated cloud (under low wind
conditions) indicates a surface inversion, while smoke that moves upward and
rapidly dissipates indicates good vertical air mixing.
PRECAUTIONS
Injury m or loss of desirable trees or other plane may result from the following:
• If equipment is drained or flushed on or near desimble trees or other pkmts, on
areas where their roots may eztend, or in locations where the chemical may be
washed or moved inm contact with [heir rooLS.
• Treatment of powdery, dry soil and Gght, sandy soils when there is lime
likelihood of rainfall soon after treatment may result in off mrgct movement
and possible damage to susceptible crops when soil particles ate moved by
wind or water. Injury m crops may result if treated soil is washed, blown or
moved onto land used m produce crops. Exposure to DuPon[TM TELAR° DF
may injure or kill most crops (except small groins). Injury may be more severe
when crops are irtigated.
• Applications made during periods of intense rainfall, to soils saturated with
water, surfaces paved with materials such es asphalt arconcrete, or soils through
which rainfall will not readily penetrate may result in mnoff and movement of
TELAR° DF. Do not treat frozen soil. Treated soil should be left undisturbed
to retluce the potential for 7ELAR° DF movement by Soil erasion due m wind
or water.
• When TE[,AR° DF is applied at rates of IVs ounce/a and less there is no
restriction on grazing or haying of forage grasses.
Do not use on lawns, walks, driveways, tennis coons, or similar areas.
Do not apply in or on irrigation ditches or canals including theh outer banks.
Do not apply Ihmugh any type of irrigation system.
Do not use this product in the following counties of Colorado: Saguachq Rio
Grande, Alamosa, Costilla, and Conejos.
Jl V1NlrG AI`11r LIJYVJAL
STORAGE: Smre product in original container only. Do not contaminate water,
other pesticides, fertilizer, food or feed in storage,
PRODUCT DISPOSAL: Do not contaminate water, food or feed by disposal.
ti+asms resui[ing from the use of this product may be disposed of on site or at
an approved waz[e disposal facility.
CONTAINER DISPOSAL: Triple rinse (or equivalent) the container Then
offer for recycling or reconditioning, or puncture and dispose of in a sanitary
landfill, or by incineration, or, if allmvcd by state and local authorities, by
burning. If burned, stay out of smoke.
LINIITATION OF WARRANTY AND LIABILITY
NOTICE: Read This Limim[ion of Wartanty and Liability Before Buying or
Using This Product. If the Terms Are Not Acceptable, Remm [he Product aI
Once, Unopened, and the Purchase Price Will Be Refunded
If is impossible to eliminate aB risks associated with [he use of this product.
Such risks arise from weather conditions, soil factors, off mrget movement,
unconventional farming techniques, presence of other materials, the manner of
use or application, or other unknown factors, all of which are beyond the coeval
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