Fat distillation residues

They act primarily through physical contact, forming a thin film over the pest's body which effectively blocks their spiracles, leading to suffocation.

The components of this mixture also disrupt the integrity of the chitin layer on insects, causing fatal dehydration of the target organism.

This mode of action is purely mechanical, ensuring that pests cannot develop biological resistance, which makes these products highly reliable for long-term use.

As biodegradable compounds, they break down in the environment without leaving harmful residues, making them suitable for eco-friendly pest management programs.

These substances are primarily aimed at controlling sucking pests such as scales, mealybugs, and various species of spider mites.

They exhibit strong ovicidal properties, effectively preventing the development of eggs of whiteflies and other common agricultural pests.

Effective against aphid populations on fruit and berry crops by creating a physical barrier that prevents feeding and multiplication.

Used to manage pest outbreaks in greenhouse environments where traditional chemical residues are restricted or discouraged.

Widely applied on ornamental and horticultural crops to maintain plant health without disrupting the surrounding ecosystem.

Applications must be timed precisely with the life cycle of the target pests, typically targeting the mobile larval stages or egg batches.

Success depends on thorough coverage, as the product must physically contact the insect to be effective, requiring complete wetting of the plant surface.

Application rates are adjusted based on the infestation density and the specific crop type to ensure optimal coverage without wasting the product.

Repeat treatments should be planned according to the pest generation cycles to ensure continuous control throughout the growing season.

The solution must be applied under favorable weather conditions, avoiding windy days to ensure targeted delivery of the active substance.

Avoid tank mixing with sulfur-based fungicides, as this combination can cause severe phytotoxicity and burn plant tissues.

Application during high temperatures (above 30°C) is strictly discouraged to prevent heat-related stress and damage to the plant's leaf structure.

Plants under drought or moisture stress should not be treated until they have regained their turgidity to avoid damage.

Continuous agitation is required during application, as these residues may separate from the water phase, leading to uneven distribution.

Use caution on very young or sensitive plant species, particularly those with delicate hairs or waxy coatings, to avoid negative reactions.