1、There are so many uses for brassinolides!

Use 15-30 ml of 0.01% brassinolide and mix with 30 kg of water evenly. Spraying can promote flower bud differentiation, increase fruit setting rate, promote fruit expansion, early maturity, and increase yield and quality.

2、Can Brassinolide and Plant Control Agent Be Mixed?

After mixed use, the original prosperity control effect may not be achieved, but it is a waste of money. Some farmers are worried that excessive use of growth control agents will cause the plants to stop growing, and they also need to use phytohormones for regulation.

3、BioWorks Product Compatibility

We test for physical compatibility in tank mixes at normal tank mix dilutions, not in concentrated stock tank dilutions, such as 1:100 for use through an injector. Physical compatibility can be impacted by your water quality, tank residues, or the addition of other materials in the spray tank.

4、Product Introduction

Directly spray on the leaves of crops, with 1-20 pills per acre (equivalent to 0.01-0.2 mg/kg concentration), and can also be mixed with weakly acidic fungicides and insecticides.

5、Compatibility Chart

FUNGICIDES AZOXYSTROBIN CAPTAN CHLOROTHALONIL EPOXICONAZOLE FLUTRIAFOL IPRODIONE MANCOZEB PROCYMIDONE PROPICONAZOLE SULPHUR WP TEBUCONAZOLE TRIADIMEFON INCOMPATIBLE COMPATIBLE MAY BE COMPATIBLE, BUT REFER TO INSTRUCTIONS BEFORE USE

Brassinolide categories and applications

Brassinolide can be made into 0.1% soluble powder or water, which has good stability and strong compatibility. Different raw materials can be select in different dosage forms.

TANK MIXING COMPATIBILITY CHART — Organic Microbes

Tank-mixing with other products inherently increases the risk of immobilizing/reducing viability of live microorganisms. If you choose to tank-mix, please use these recommended mixing rates of common products." A stand-alone application of microbes is ALWAYS recommended!

Mixed use of brassinolide and other plant regulators

Combining with brassinolide to treat maize can significantly enhance root vigor, delay leaf senescence in later stages, promote ear development, plant dwarf, thick stem, high cellulose content, enhance stem toughness, and control lodging in windy weather.

Application and compounding scheme of brassinolide!

Timely use of brassinolide + high-quality foliar fertilizer can regulate nutrient delivery, supplement nutrition, reduce damage, and accelerate the recovery of crop growth.

Broadacre Compatibility Explained

When combining two or more chemicals in a tank, although it may save time and fuel, it can come at the expense of the crop, if the mix isn’t fully compatible.

Cyfluthrin and brassinolide are two distinct compounds in the pesticide field, with different chemical structures and mechanisms of action. Whether these substances can be mixed requires detailed analysis from the following aspects:

1. Chemical Composition Differences: Cyfluthrin is a synthetic pyrethroid insecticide primarily used to control pests such as Lepidoptera (moths, butterflies) and Coleoptera (beetles). Brassinolide, meanwhile, is a plant growth regulator commonly employed to promote plant growth, enhance stress resistance, and improve resilience. The chemical structures of these two substances differ significantly, leading to variations in molecular properties and behavior.

2. Mechanisms of Action: Cyfluthrin acts by disrupting ion channels in the nervous systems of insects, causing abnormal neural transmission and eventual paralysis or death. In contrast, brassinolide regulates endogenous hormone levels in plants, stimulating growth, development, and adaptive responses to environmental stress. Due to their divergent mechanisms, combining them may induce interactions that alter the efficacy of either compound.

3. Safety Concerns: The distinct chemical nature and mechanisms of cyfluthrin and brassinolide raise potential risks when mixed. For example, cyfluthrin may exhibit toxicity to sensitive non-target organisms, while brassinolide could negatively impact plant physiology. Additionally, improper formulations might reduce pesticidal effectiveness or increase unintended side effects, compromising pest control outcomes.

4. Practical Applications: In agriculture, cyfluthrin and brassinolide are often used separately for pest management and plant growth promotion. farmers must tailor pesticide selection to specific crop and pest conditions. Indiscriminate mixing of these substances risks diminished efficacy or adverse consequences. Thus, their combined use should generally be avoided in practice.

Cyfluthrin and brassinolide are chemically and functionally distinct pesticides with differing mechanisms and safety profiles. To ensure agricultural safety and sustainability, their mixed usage is not recommended. If combination treatments are necessary, formulations should adhere to regulatory guidelines and scientific validation. Farmers should receive training to optimize pesticide application, enhancing both effectiveness and environmental stewardship.