*Effect Microtech CS PRO

Professional microencapsulated insecticide for long-lasting control of crawling insects.

  • Advanced microencapsulated CS formulation.
  • Long-lasting protection of treated surfaces for up to 6 months.
  • Fast initial action (knock-down effect).
  • Controlled release of active substances.
  • Effective action against crawling insects.
  • High formulation stability.
  • Reduces the need for frequent repeat treatments.
  • Suitable for professional programmes.
Packaging:

Effect Microtech CS PRO is a professional insecticide based on advanced microencapsulation technology (CS – Capsule Suspension), designed for the effective control of crawling insects. The microcapsules enable controlled release of the active substances, providing fast initial action and long-lasting residual protection of treated surfaces.

Its high effectiveness and formulation stability make the product suitable for professional use.


Target pests

Crawling insects:

  • cockroaches
  • bed bugs
  • Pharaoh ants

Active substances

  • Permethrin
  • Prallethrin
  • Piperonyl butoxide (PBO)

Formulation – CS – Capsule Suspension (microencapsulated formulation)

The microcapsules protect the active substances from environmental factors and allow their gradual release over an extended period.

  • longer residual effectiveness
  • better protection of active substances
  • greater UV stability
  • improved resistance to heat and moisture
  • fewer repeat treatments required
  • long-term protection of buildings

Tested – proven effectiveness 

Laboratory and field tests confirm

  • high effectiveness against crawling insects
  • long-lasting residual action for up to 6 months.

Professional advantages

  • long-lasting residual action
  • fewer repeat treatments required
  • lower maintenance costs for pest-control programmes
  • high formulation stability
  • effective action even in heavier infestations
  • suitable for preventive and corrective programmes
  • excellent cost efficiency
  • compatibility with different surface types