Rotalaz c.e.

A robust defense for cereals and rapeseed

Rotalaz EC is a contact-systemic insecticide and acaricide that has established itself in the market as a reliable tool for large-scale crop protection. Based on cypermethrin, a synthetic pyrethroid, the product provides immediate knockdown effects and prolonged control over various pests, making it a staple choice for managing field infestations.

Targets and Application

The product is specifically formulated for application on winter wheat and winter rapeseed, crops that are particularly vulnerable to sudden pest outbreaks. Rotalaz EC effectively targets:

• Sunn pest (Eurygaster integriceps) — essential for protecting wheat quality during grain filling.
• Cereal flies and cereal leaf beetles — critical protection for early-stage seedling health.
• Aphids and thrips — controlling these vectors is vital to prevent secondary viral infections and mass damage to rapeseed.

As an emulsifiable concentrate, the product ensures effective coverage of the plant surface. When sprayed, it penetrates the insect's cuticle, disrupting the nervous system and leading to rapid mortality.

Manufacturing and Quality Standards

The manufacturing of Rotalaz EC represents a strategic collaboration between major chemical producers: Shanghai Shenggong Pesticide Co., Ltd. (Shanghai, China), Tianjin Chemical Industry Co., Ltd. (Tianjin, China), and the Kirovo-Chepetsk Chemical Company (Russia). This cross-border manufacturing structure combines large-scale industrial capability with regional agricultural expertise, represented by the applicant Lazorik-Don.

Given its classification as a Category 2 hazard substance, strict adherence to application guidelines is mandatory. The insecticide should be applied via ground-based spraying equipment. By timing the application during the pest's peak activity, farmers can maximize the efficacy of the chemical, ensuring high protection rates for crops while managing environmental risks, particularly to local bee populations during the flowering phase.