Timalorin

A double strike against pests: Why Timalorin has become a protection standard

In modern field farming, choosing an insecticide is always a search for the balance between speed of action and duration of protection. "Timalorin" from the "Rangoli" brand is a classic example of how combining two proven active ingredients — thiamethoxam and lambda-cyhalothrin — effectively manages most pests in sunflowers, sugar beets, and winter wheat.

Synergy of components

The main strength of the product lies in the combination of the systemic action of thiamethoxam and the contact-stomach effect of lambda-cyhalothrin. The systemic component is rapidly absorbed by the plant and translocated throughout the tissues, providing protection for new growth, while the contact agent delivers an immediate "knockdown effect" for insects present on the leaf surface during application.

Key advantages

• Broad spectrum: The product is equally effective against both chewing and sucking pests, including aphids, sunn pests, cereal leaf beetles, and the sunflower seed weevil.
• Application flexibility: A dosage rate of 0.5 to 1.0 L/ha allows you to adapt the intensity of the application based on the economic threshold of pests in a specific field.
• Weather resistance: Due to its suspension concentrate formulation, the product adheres better to leaf surfaces, which is critical under unstable weather conditions.

Who is this product for?

"Timalorin" is optimal for farms looking to optimize their crop protection expenditure. Instead of using tank mixes of several separate products, you get a ready-made "two-in-one" solution. This reduces preparation time and minimizes the risk of chemical incompatibility between components.

It is important to note that the product belongs to Hazard Class 2. Despite its high efficacy against the cotton bollworm, weevils, and flea beetles, its application requires strict adherence to safety protocols and monitoring of pre-harvest intervals. The maximum number of applications is limited to two, which prevents the development of insect resistance and allows for effective seasonal protection planning.