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Application and mixing of Difenoconazole
How to ensure the efficacy of Difenoconazole To ensure the efficacy of Difenoconazole, the following application methods and precautions can be followed: Method of use: Choose the right application period: Apply at the early stage of disease development or before the crop is susceptible to...Read more -
Frequently Asked Questions about Quinclorac
What weeds does Quinclorac kill? Quinclorac is primarily used to control a wide variety of weeds including barnyard grass, big dogwood, broadleaf signalgrass, green dogwood, rainjack, field scabious, watercress, duckweed and soapwort. What is the dose of Quinclorac? The exact dosage of Qui...Read more -
Rice Pest Control Insecticide
Pests can not only destroy rice growth, but also transmit diseases that can lead to serious reductions in yield and quality. Therefore, effective rice pest control measures are essential to ensure food security. Here, we will explain how to deal with pests to ensure proper rice growth. Imp...Read more -
Why are there insecticide or herbicide products with different ingredients?
In agriculture, pesticides and herbicides not only help farmers to increase crop yields but also control pests and weeds effectively. However, there are various pesticides and herbicides with different ingredients in the market. This article will explore this issue in detail, revealing the necess...Read more -
How to determine the quality of pesticide fungicides?
In agriculture, fungicides are not only effective in preventing and controlling diseases, but also in improving the yield and quality of crops. However, the market is filled with a variety of fungicide products, the quality of which varies. So, what are the main factors affecting the quality of f...Read more -
Fungicides: types, formulations and their mechanism of action
Types of fungicides 1.1 According to the chemical structure Organic fungicides: The main components of these fungicides are organic compounds containing carbon. Because of its structural diversity, organic fungicides can effectively control a variety of diseases. Chlorothalonil: broad-spectrum f...Read more -
Common Tomato Diseases and Treatment Options
Tomatoes are a popular vegetable but are susceptible to a variety of diseases. Understanding these diseases and taking effective control measures is an important step in ensuring healthy tomato growth. In this article, we will introduce in detail the common diseases of tomato and their control me...Read more -
Types and diagnosis of plant diseases
1. Concept of plant diseases Plant disease is a phenomenon in which the normal physiological functions of a plant are seriously affected and it shows abnormalities in physiology and appearance due to continuous interference by pathogenic organisms or adverse environmental conditions, the intensit...Read more -
Imidacloprid VS Acetamiprid
In modern agriculture, the choice of insecticides is crucial for improving crop yield and quality. Imidacloprid and acetamiprid are two commonly used insecticides that are widely used to control various pests. In this paper, we will discuss the differences between these two insecticides in detail...Read more -
Propiconazole vs Azoxystrobin
There are two fungicides that are commonly used in lawn care and disease control, Propiconazole and Azoxystrobin, each with unique benefits and application scenarios. As a fungicide supplier, we will introduce the difference between Propiconazole and Azoxystrobin through the mechanism of action, ...Read more -
What are Perennial Weeds? What are they?
What are perennial weeds? Perennial weeds are a common challenge for gardeners and landscapers. Unlike annual weeds that complete their life cycle in one year, perennial weeds can survive for many years, making them more persistent and difficult to control. Understanding the nature of perennial w...Read more -
What You Should Know About Systemic Insecticide!
A systemic insecticide is a chemical that is absorbed by the plant and conducted throughout the plant’s body. Unlike non-systemic insecticides, systemic insecticides don’t just act on the surface of the spray, but are transported through the roots, stems, and leaves of the plant, thus creating a ...Read more
