Blog

Stay up to date with our latest developments and plant protection news—anytime, anywhere.

What Can Replace Azoxystrobin When Resistance Develops?

Jul 01,2026


Within the agricultural sector, crop diseases are primarily caused by three major categories of pathogens: viruses, bacteria, and fungi. Among these, fungal diseases account for more than 30% of all cases. Moreover, during the disease control process, fungal pathogens are continuously developing resistance to treatments. Azoxystrobin—a widely used and relatively common fungicide—is a prime example; however, fungi have developed significant resistance to it. Consequently, its efficacy has diminished in recent times. Today, we recommend an alternative fungicide—Trifloxystrobin—which offers superior fungicidal performance compared to Azoxystrobin.

Basic Information on Trifloxystrobin:

Trifloxystrobin is a broad-spectrum strobilurin fungicide that inhibits fungal respiration by blocking electron transfer in the mitochohttp://www.plantgrowthhormones.com/info/what-are-the-differences-between-the-fungicide-103556783.htmlndrial respiratory chain. This mode of action effectively stops fungal growth and prevents disease development.

It offers excellent systemic, translaminar, preventive, and curative activity, allowing the active ingredient to penetrate plant tissues and provide reliable protection even after rainfall. Trifloxystrobin is widely used to control many important fungal diseases in fruits, vegetables, cereals, and other crops. It is effective against diseases such as rusts, powdery mildew, anthracnose, leaf spots, downy mildew, and rice blast. It also performs well against some fungal populations that have developed resistance to older fungicide classes.

Product Features:

Trifloxystrobin delivers long-lasting disease control with residual protection of up to two weeks under suitable conditions. Its strong systemic and translaminar movement helps protect both treated and newly developing plant tissues.

For broader disease control and resistance management, Trifloxystrobin is often used in mixtures with other fungicides such as Tebuconazole, Prochloraz, or Cymoxanil. Among these, the combination of Trifloxystrobin + Tebuconazole is especially popular because it provides both preventive and curative activity while helping delay resistance development.

What specific diseases can be controlled?

Trifloxystrobin is primarily effective against fungal diseases; in fact, it can be said to be effective against the majority of known fungi. These include, for example, Ascomycetes, Basidiomycetes, Oomycetes, and Deuteromycetes. While these scientific classifications may not be immediately familiar to the average grower, let's briefly discuss the specific fungal diseases that are easily identifiable in the field. Among the common fungal diseases—such as Apple Scab, Rhizoctonia Damping-off, Downy Mildew, Rusts, Leaf Spots, Powdery Mildew, Rice Blast, and others—application of Trifloxystrobin yields excellent results. However, one important point to note is that when spraying, the product must be thoroughly and evenly diluted. Additionally, for optimal efficacy, try to ensure that both the upper and lower surfaces of the leaves are thoroughly covered during application.

Which crops are suitable for Trifloxystrobin?

In terms of suitable crops, it can be said that the vast majority are compatible with this product. It is suitable for use on everything from major economic crops to vegetables, fruits, and more. Examples include staple crops such as wheat, corn, and soybeans; various vegetables like tomatoes, cucumbers, bok choy, eggplants, and peppers; and fruit trees such as apples, grapes, lychees, peaches, mangoes, and bananas.

Related Information


Knowledge Base

What Can Replace Azoxystrobin When Resistance Develops?

Within the agricultural sector, crop diseases are primarily caused by three major categories of pathogens: viruses, bacteria, and fungi. Among these, fungal diseases account for more than 30% of all cases. Moreover, during the disease control process, fungal pathogens are continuously developing resistance to treatments. Azoxystrobin—a widely used and relatively common fungicide—is a prime example; however, fungi have developed significant resistance to it. Consequently, its efficacy has diminished in recent times. Today, we recommend an alternative fungicide—Trifloxystrobin—which offers superior fungicidal performance compared to Azoxystrobin.

Jul 01,2026

News & Events

500kg Methomyl 90% SP (Custom Color-Printed Packaging) Shipped to Thailand

This is a 500kg supply of methomyl 90% sp. for a Thai customer, which has already been shipped.

Jun 10,2026

Knowledge Base

How to Use Sulfoxaflor + spinetoram for Resistant Thrips

This product is a mixture of the novel chemical insecticides sulfoxaflor and spinetoram. It is effective for the simultaneous control of diamondback moths and aphids on cabbage, aphids and thrips on watermelons, and aphids and thrips on ornamental roses.

Jun 26,2026

Message content

Email:info@pandustry.com

 

WhatsApp:+86-15729389816

Add: 3F, Building No.9, National University Technology Zone(East), Zhengzhou , Henan, China

 

Leave a Message

Demand for agrochemical products or crops

%{tishi_zhanwei}%