Effective and cost-effective

Effective control of stable flies

Fly control

Information on fly control

The fly as a disease vector. Flies are vectors of various infectious diseases such as dysentery, typhus, cholera, salmonellosis, polio, foot-and-mouth disease, etc. Therefore, the excretions of flies are particularly important. Their function as disease vectors is due to their food sources, as they have a preference for animal body excretions such as sweat and feces as well as festering wounds. The insect species calf stinger (Stomoxys calcitrans) looks very similar to the housefly and is able to pierce human skin to suck blood. The sting is painful and can also transmit diseases.

Fast onset of action after ingestion
Alternating spraying with different active ingredients to avoid resistance

Mr. Kill aerosol spray

For deep litter and slurry channel
Effective against all types of insect larvae including rat tail larvae

Mr. Kill aerosol spray

Systematic fly and fly larvae control

Fliegen – Entwicklungszyklus

Fortpflanzung

Schon 3 Tage nach Schlupf paaren sich die Fliegen und die Weibchen sind zur ersten Eiablage bereit. Die Entwicklung vom Ei zur Fliege kann bei guten Umweltbedingungen in 7 Tagen abgeschlossen sein. Unter optimalen Bedingungen sind bis zu 15 Generationen pro Jahr möglich.

Statuskreis der Fliege – Entwicklungsstadien

Eiablage

Ein Weibchen legt mehrmals zwischen 150 und 400 Eier pro Eiablage in einem Intervall von 3–4 Tagen in zersetzendes organisches Material ab. Insgesamt legt eine Fliege im Leben etwa 2.000 Eier.

Puppe

Die Maden durchlaufen eine genetische Veränderung. Die Haut verhärtet, die Larven entwickeln sich zu Tönnchenpuppen. Nach vollendeter Entwicklung verlässt die Fliege die Puppenhülle durch eine Öffnung am Kopfende.

Larvenstadium

Die Larven benötigen etwa 12–25 Stunden bis zum Schlupf. Sie bewegen sich mit Körperkrümmung fort und ernähren sich vom Substrat, aus dem sie geschlüpft sind. Unter optimalen Bedingungen wächst eine Made in wenigen Tagen auf 12 mm.

Fly control - only 15% of the fly population are adults

Application in stables

1st application (1 - 4 weeks)

If a population of flies develops due to an influx and untreated areas, start applying an adulticide.

2nd application (4 - 6 weeks)

If the effect diminishes or the fly population increases, carry out a further application with an adulticide.

3rd application (4 - 6 weeks)

Carry out further applications as required.

1 - 4 WEEKS

4 - 6 WEEKS

Larvae control - 85% of the problem lies in manure and slurry

Use with manure and slurry

1st application (2 weeks)

Start applying a larvicide early, before a population develops in spring.

2nd application (3 - 4 weeks)

Repeat the application 2 weeks after the initial treatment to achieve a resounding effect.

3rd application (3 - 4 weeks)

Continue to treat continuously at intervals of 3-4 weeks to prevent a new population from developing.

FURTHER APPLICATION

Continue treatment as only the larvae can be controlled. Larvae that have already pupated can no longer be controlled and develop into flies.

2 WEEKS

3 - 4 WEEKS

FOLLOWING

Fly & fly larvae products

Our selection of fly control products!