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DF
5000 for Drain Flies & Sewer Flies
ENVIROPRO - DF 5000
Ultra-Strength Drain Treatment to Prevent and eliminate Drain
Flies & Sewer Flies.
Drain flies & Sewer Flies are a common, Major health
hazard. These small insects closely resemble fruit flies and
breed in the decaying organic matter typically found in
"J" traps or floor and sink drains. Drain flies
& sewer flies cannot be eliminated unless you remove
their food source and egg laying environment.
DF 5000 is an exclusive, highly concentrated gel that clings
to pipes and traps to rapidly attack and destroy the organic
matter that supports drain fly & sewer fly development.
Regular use of DF 5000 will prevent drain flies & sewer
flies and eliminate their ability to reproduce if they are
already present.
ARE THE DRAIN FLIES REALLY DRAIN FLIES??
MSDS
2
(1qt. Bottles)
@ $36.15 ea.
FREE
SHIPPING |
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4
(1qt. Bottles)
@ $63.00 ea.
FREE
SHIPPING |
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6
(1qt. Bottles)
@ $91.50 ea.
FREE
SHIPPING |
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9
(1qt. Bottles)
@ $129.00 ea.
FREE
SHIPPING |
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12
(1qt. Bottles)
@ $170.50 ea.
FREE
SHIPPING |
 |
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Enhance your Drain Fly Killing Program.
Use our new Wall Outlet Fly Traps & DF 5000 at the same
time. This will double your Kill & Catch ratio. This
companion item can be purchased in a KIT at check out |
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FOR A LIMITED TIME
"FREE SHIPPING"
TO ALL STATES EXCEPT
HAWAII & ALASKA
(Any
special shipping request will void the free shipping)
We only ship USA
Shop now and don't pay a
dime to get it there
Go here to
check out the new
Wall
Outlet Fly Trap
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Case
Rates: |
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Contact
us for Multiple Case Rates of DF 5000 |
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Drain
Fly Facts and Key Inspection Tips
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Bacterial
Formulation for General Cleaning and Removal of Organic
Material |
Restaurants
and other food preparation facilities often experience
sanitation problems associated with the buildup of kitchen
grease (organic waste) on floors, in drains, and under heavy
equipment. These problems include fruit and drain fly
infestations, slippery floor surfaces, foul odors, and clogged
(slow) drains. Mopping with standard floor cleaning products, or
hosing/power washing with water only, does not remove grease and
organic waste - it only breaks it up pushing it into drains and
under equipment where it accumulates.
New formula BioMop™
is a state-of-the-art floor cleaner combined with a highly
concentrated biological degrader. The biological component
consists of Bacillus-family microorganisms including MGD™
(Microbial Grease Degrader), a patent-pending strain that breaks
down long chain fatty acids - the primary component of problem
grease deposits. BioMop™ quickly penetrates porous
floor surfaces and digests grease that accumulates over time. It
also inhibits foul odors caused by rancid or anaerobic
environments. BioMop™ cleans the floor and removes
organic waste - all in one step.
BioMop™
can be applied by mopping or hosing. For mopping add 2 oz. to
1-gallon water and mop in the usual manner (treat drains by
pouring the unused mop water into each drain). To apply by
hosing use the BioMop Hose End Sprayer.
Characteristics
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Bacteria
Count:
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200
billion/gallon
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Salmonella/Shigella
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Negative
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Appearance
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Blue
(colorless after dilution)
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Fragrance
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No fragrance
added
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Stability
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2 years+ at
35° F to 95° F
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Storage
and Handling
Store in cool, dry place. Avoid inhalation, wash hands after
contact, and avoid eye contact.
Availability
128 Fl Oz (1 Gallon) 3.79L Bottles - 4 Bottles Per Case
Cost
Per Gal. $47.95
FREE
SHIPPING |
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Cost
Per Case of 4 Gal.
$152.00
FREE
SHIPPING |
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BioMop Hose End Sprayer
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The
BioMop Hose End Sprayer is designed for smaller kitchen
facilities that normally hose their floors.
The
Sprayer attaches to the end of an ordinary garden hose. For
the initial washing of the floor (or for other uses of the
hose), the BioMop container is disconnected from the spray
gun using an easy-to-operate quick coupler. The high-quality
spray gun is designed to allow either a full width spray or
powerful jet stream.
The
Sprayer offers automatic dilution with convenient control of
where and how BioMop is applied. The automatic dilution
insures that the proper dilution rate is attained and that
chemical costs are controlled. |
Specifications
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Capacity
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96 ounces (2.8 liters)
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Package Contents
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One BioMop sprayer unit
with one trigger spray gun.
Metering tips
Instruction Sheet
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Dilution Rate
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Unit shipped with brown
64:1 metering tip installed. Starting application week 5, install pink
128:1 metering tip included with sprayer. Adjust (if necessary) by
changing pink metering tips to attain 1 oz./gallon dilution rate.d
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Application Rate
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2 oz. of BioMop applied
per minute of hosing.
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Recommended BioMop
Package Size
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Gallon
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BioMop
Hose End Spray
Cost $69.85
FREE
SHIPPING |
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NEW PRODUCT ANNOUNCEMENT...
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Bioenzymatic
Cleaner for Ice and Beverage
Dispenser Drain Lines |
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Ice and Beverage
Dispenser (IBD) drain lines often clog due to the formation
of “sugar snakes” in the drain lines. Sugar snakes are a
rigid, hard, cellulose polymer formed by microbes feeding on
the abundance of carbohydrates (sugar) from the overflow of
soft drinks. The results are costly drain line backups and
foul vinegar-like odors. Each year fast food restaurants,
convenience stores, and other food service facilities incur
expensive emergency plumbing bills to clear clogged IBD
drain lines.
DrainGel
IBD™ is a state-of-the-art bacterial and
enzymatic formulation specifically designed to remove and
prevent the build-up of sugar snakes in Ice and Beverage
Dispenser drain lines. The powerful DrainGel IBD™ formula
rapidly breaks down cellulosic polymers such as sugar snake
and other organic materials that clog the drain system.
Break down and degradation of sugar snake can take place in
as little as 24 hours. Regular drain cleaners and caustic
bleach-based products have no effect on sugar snake (they
are designed primarily for grease removal, not the break
down of cellulosic polymers).
Regular use of
DrainGel IBD™ is a simple and cost effective
way to keep Ice and Beverage Dispenser drain lines free
flowing and odor free
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Characteristics
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Bacteria Count:
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>38 billion/gallon
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Bacteria Type
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Bacillus Spores
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Salmonella/Shigella
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Negative
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Appearance
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Blue-green liquid
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Fragrance
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No fragrance added
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Stability
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1 year+ at 45° F to
95° F
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pH Value
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4.7 - 6.0
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Storage and Handling
Store in
cool, dry place. Avoid excessive inhalation. Avoid eve contact. Wash
hands thoroughly with warm, soapy water after contact.
Availability
32 Fl. Oz.
(1 quart) 946 ML Bottles - 12 Bottles Per Case
1qt.
containers |
1
(1qt. Bottle) @
$24.95 ea. |
 |
6
(1qt. Bottle) @
$149.00 for 6
FREE
SHIPPING |
 |
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Phorid Flies
Photo
Credit: Tom Myers
AT A GLANCE:
Size: 1/8
- inch
Color: Light to dark brown
Top of Prothorax: No markings
Other Identifying Characters:
Small head; sharply arched (humped) thorax
ID Tips.
Phorid flies are small flies up to 1/8-inch in length including
the wings. They are usually tan to dark brown in color. A key
character is the severe arch or humpbacked shape of its thorax
compared to its small head, thus it is also known as the
humpbacked fly. The phorid fly lacks the red eyes of the fruit
fly—the fly with which it is most often confused.
Basic Biology. Phorid flies are found throughout the
world and are a serious pest when found in food producing or
food handling facilities. This fly breeds primarily in and feeds
on moist decaying organic matter. Because it frequents such
unsanitary areas, it could potentially carry diseasecausing
bacteria onto food products.
Phorid flies are a particular concern
in hospitals and other health care facilities. Phorid fly larvae
have been found in open wounds of patients and in laboratory
petri dishes which might result in potential contamination due
to bacteria which might be found on their bodies.
Phorid flies develop by egg, larvae,
pupa, and adult. The tiny eggs are deposited on or near the
surface of decaying organic matter. The female will deposit
about 20 eggs at one time, and the larvae emerge in 24 hours and
feed for a number of days (8-16) depending on food and
temperature. They then crawl to a drier spot to pupate. Under
ideal conditions, the life cycle from egg to adult can be
completed in as little as fourteen days but may take as long as
37 days.
Key Inspection Tips. Finding the breeding sources and
removing them is the key to eliminating a phorid fly infestation
in a building. This is many times easier said than done. When
searching for the breeding sources of phorid flies, keep in mind
that the larvae can survive only in moist, decaying organic
matter. The first spot that should be checked are the floor
drains, if any are present. Fly larvae live in the moist film
that develops on the sides of a drain and in debris which may
become trapped on the edge of the drain. The presence of
numerous adult flies inside a drain is a good sign that the
drain is a breeding site. Use a knife or screwdriver to scrape
the film off the sides of the drain and examine it for live
larvae.
Occasionally, drain pipes will break under
slab floors, and phorid flies can breed in immense numbers in
the organic debris deposited through the break in the pipe under
the slab. To determine if phorid flies are exiting through
cracks in a floor or from a drain, place pieces of masking tape
over the crack or the drain opening. Leave space between the
strips of tape to allow air movement for the flies to follow. If
flies are exiting the openings, some of the them will become
stuck to the tape. If the suspicion is strong enough that phorid
flies are breeding under a slab, a hole must be broken through
the slab to see if indeed a pipe has broken and flies are
breeding there. Poke around and dig in the soil under the slab.
The organic debris and moist soil may actually be several inches
under the surface. The presence of fly larvae and/or adults
confirms the site as a breeding source.
Trash containers which are not cleaned
regularly are another good source for phorid flies. Phorid flies
will also breed in any moist, decaying organic matter trapped in
cracks of kitchen equipment or under the bottom of such
equipment where it meets the floor. To determine if flies are
breeding below the bottom of equipment, use a knife or small
spatula to scrape any debris from inside the crack. If live fly
larvae are found in this debris, the crack is serving as a
breeding site.
Flies are not always breeding near
where they are found. Because they fly, the breeding source can
be located in another room, on another floor, or even outside.
It is common to find phorid flies breeding in or under dumpsters
then making their way into the building. Don't ever assume that
because fruit flies are seen in particular room that the
breeding source was located there.
Other sites where phorid flies might be
found include garbage disposals, rotting meat and vegetables,
the overwatered soil of potted plants, and fresh flowers in
vases. They have also been found breeding in dirty mops in
janitor closets and laundry rooms, animal feces, faulty septic
systems, and human cadavers. They are a common and most
unwelcome pest in mortuaries, morgues, and mausoleums. In one
case, an infestation was traced to a bucket of animal-based glue
used in a book binding factory.
Don't stop looking when one breeding
source has been found. In most cases, several breeding sources
will be present.
Moth
Fly

Photo
Credit: Tom Myers
AT A GLANCE:
Size: 3/16 - inch
Color: Brown to gray or gray-black
Top of Prothorax: Hairy, no markings
Other Identifying Characters:
All wing veins run parallel to each other; body and wings
covered by numerous short hairs
ID Tips.
Moth flies are small flies up to 1/8-inch in length including
the wings. They are usually black in color although at least one
species found in structures has a brown body and wings. The
entire body and wings of the moth fly are covered with tiny
hairs giving it a moth-like appearance.
Basic Biology. The moth fly is commonly called the drain
fly because it usually is found breeding in drains which brings
it into contact with potentially disease-causing bacteria. This
could result in these organisms being carried onto food products
or into sterile areas in hospitals.
Moth flies develop by complete
metamorphosis. The life cycle begins when the female finds a
suitable medium in which to lay her eggs. The eggs are laid on
the surface of the gelatinous film inside a drain or on top of
decaying organic matter. The larvae live inside the gelatinous
film of the breeding material and breathe by extending a
breathing tube through the film. The larvae feed for up to 15
days before pupating. The entire life cycle can be completed in
as little as 8 days or as long as 24 days, depending on the
temperature.
Key Inspection Tips. Finding the breeding sources and
eliminating them is the key to eliminating a moth fly
infestation in a building. Since moth flies typically breed in
drains, this is a good place to start the inspection. Moth fly
larvae live in the moist film that develops on the sides of a
drain and in the drain's trap. The presence of numerous adult
flies inside a drain is a good sign that the drain is a breeding
site. Use a knife or screwdriver to scrape the film off the
sides of the drain and examine it for live larvae.
Occasionally, drain pipes will break
under slab floors or between floors in commercial buildings.
Moth flies can breed in large numbers in the organic debris
deposited through the break in the pipe under the slab. Adult
flies then enter the living space above the slab through cracks
in the slab and back through the drain pipe. To determine if
these flies are exiting through cracks in a floor or from a
drain, place pieces of masking tape over the crack or the drain
opening. Leave space between the strips of tape to allow air
movement for the flies to follow. If flies are exiting the
openings, some of the them will become stuck to the tape. If the
suspicion is strong enough that moth flies are breeding under a
slab, a hole must be broken through the slab to see if indeed a
pipe has broken and flies are breeding there. After a hole is
broken through the slab, poke around and dig in the soil under
the slab. The organic debris and moist soil may actually be
several inches under the surface. The presence of fly larvae
and/or adults confirms the site as a breeding source.
Sump pump pits and sewers are usually
found in a basement area and also prime breeding sites for moth
flies. Sump pump pits and sewers should be checked for activity
even if they are not located close to the area where flies are
seen. The flies might not always be breeding close to the
infestation area.
In homes, moth flies are generally found
breeding in bathroom drains, particularly those in showers.
Shower pans are prone to leaking and the area under the shower
pan becomes a prime moth fly breeding source. If suspicion is
strong that flies are breeding beneath a shower, it may be
necessary to drill a hole into the area under the shower pan or
the wall behind the shower. In most cases where moth flies are
breeding in this area, adult flies will begin emerging from the
hole within minutes. Moth flies are strongly attracted to light
and will fly to the hole drilled through the wall.
Moth flies will also breed inside
crawlspaces. In many of the cases where this occurs, a drain
pipe is leaking into the crawlspace. Inspect the crawlspace if
one is present and look for adult flies. Check spider webs for
dead moth flies if live ones are not seen in the
crawlspace.
Don't stop looking when one breeding
source has been found. In most cases, several breeding sources
will be present.
Courtesy
of Pest Control Technology
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