POMAIS offers a full range of pesticide products, dedicated to aiding brand development and enhancing farmers' lifestyles.

Guide to Buy Auxin Hormone in Plant in POMAIS

SHIJIAZHUANG POMAIS TECHNOLOGY CO.，LTD strives to be the customer's favored supplier by delivering unswervingly high-quality products, such as auxin hormone in plant. We proactively examine any new accreditation standards that are relevant to our operations and our products and select the materials, conduct production, and quality inspection based on these standards.

POMAIS has been successfully promoted by us. As we rethink the fundamentals of our brand and find ways to transform ourselves from the production-based brand into a value-based brand, we have cut a figure in the market performance. Over the years, increasing enterprises have chosen to cooperate with us.

The company stands out for the versatile packaging of auxin hormone in plant at POMAIS to satisfy different customers' demands. It serves as one of the customization services provided for the customers.

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SHIJIAZHUANG POMAIS TECHNOLOGY CO.，LTD will step up efforts to open up overseas aftermarket and provide customers with the most cost-effective auxin hormone in plant. Get info!

Pay attention to the use of pesticides in winter

Use proper pesticides in winter. Otherwise, the diseases and pests in the field are not well controlled, and the crops will also have problems, which will eventually lead to the reduction of yield.

pesticide using

When the temperature is low in winter, many activities and hazards of crop diseases and pests are hidden and static:

1.To control crop diseases and insect pests in winter, we should pay attention to the selection of pesticides less affected by temperature.

2. Pay attention to the choice of medication time. Because when the temperature is high in winter, the range of activity and respiratory intensity of pests increase, and the food intake increases. When the liquid is sprayed on the insect pests, more drugs are brought into the body, which is conducive to the toxic effect.

3. Extend the safety interval of crops appropriately. In winter, the degradation rate of pesticides became slower and the residual period of pesticides in crops was longer. In order to ensure human health, we should pay special attention to extend the safe interval of pesticides when controlling diseases and pests of vegetable crops in winter.

4. The pesticide should be fully dissolved and diluted. Appropriate amount of vegetable oil can be added as adhesive when diluting pesticide, and the pesticide can be dissolved and diluted by full stirring. However, vegetable oil and other adhesives should not be added to vegetables.

Contact us via email and phone for more information and quotation
Email：sales@agrobio-asia.com
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Features of Pendimethalin

Pendimethalin (CAS No. 40487-42-1) is a herbicide with a broad weed-killing spectrum and a good control effect on a variety of annual weeds.

Scope of application: Suitable for pre-emergence soil treatment of crops such as corn, soybean, peanut, cotton, and vegetables, as well as the prevention and control of barnyardgrass, goosegrass, crabgrass, setaria, bluegrass, quinoa, amaranth, chickweed and other annual grasses and Broadleaf weeds.

Pendimethalin has the following characteristics in application:

1. Broad spectrum of killing weeds. Pendimethalin is effective against most of the annual gramineous monocot weeds in dry fields, such as Stephania, Crabgrass, Barnyardgrass, Gooseweed, Setaria, Setaria and Amphiprion, as well as Purslane, Coatweed, Moshang Grass, Broadleaf weeds such as quinoa have better control effect. It is effective for special-shaped sedges and cardamom sedges. But the effect on perennial weeds is poor.

2. Wide application range. It is suitable for weeding in corn, soybean, peanut, cotton, potato, tobacco, vegetable and other crop fields. It can also be used for weeding in rice fields.

3. Good crop safety. Pendimethalin has no harm to crop roots. When used in paddy fields, it has good safety to rice seedlings, does not damage the roots, and is beneficial to the cultivation of strong seedlings. During the effective period, it will not affect the use of other drugs, and there is no invisible phytotoxicity to crops.

4. Low toxicity. It has low toxicity to humans, animals, birds and bees.

5 Low volatility and long lasting period.

Emamectin Benzoate: Target Pests and Its Effectiveness

Emamectin Benzoate is a potent insecticide and miticide that is widely used in agriculture to control a range of pests, particularly in crop protection and forestry applications. It is a member of the avermectin class of chemicals and works by affecting the nervous system of target pests, leading to paralysis and death. This makes it effective in controlling both insects and mites.

Target Pests of Emamectin Benzoate

Emamectin Benzoate is highly effective against a variety of pests that commonly affect agricultural crops, fruits, vegetables, and forestry plantations. Some of the key pests controlled by emamectin benzoate include:

1. Lepidopteran Pests (Moths and Caterpillars)

Diamondback Moth (Plutella xylostella): A common pest of cruciferous vegetables like cabbage, broccoli, and cauliflower.
Corn Earworm (Helicoverpa zea): A major pest affecting corn, tomatoes, and cotton.
Fall Armyworm (Spodoptera frugiperda): A destructive pest of corn, soybeans, cotton, and vegetables.
Cotton Bollworm (Helicoverpa armigera): A pest of cotton, tomatoes, and peppers.

2. Hemipteran Pests (Aphids, Whiteflies, and Thrips)

Whiteflies (Bemisia tabaci): Commonly found on tomatoes, cotton, and cucumbers.
Aphids (Various species): Affecting a wide variety of crops, including corn, soybeans, and potatoes.

3. Mites

Two-Spotted Spider Mite (Tetranychus urticae): A common pest on cucumbers, tomatoes, strawberries, and beans.
Citrus Red Mite (Panonychus citri): A pest of citrus trees.

4. Other Pests

Thrips: Small insects that affect a wide range of crops including flowers, vegetables, and fruits.

How Emamectin Benzoate Works Against These Pests

Emamectin Benzoate targets the nervous system of pests. It binds to the glutamate-gated chloride channels in nerve cells, which disrupts normal nerve transmission. This leads to paralysis and eventually death of the pest.

Because of its mode of action, emamectin benzoate is particularly effective against pests that are difficult to manage using traditional insecticides. It works through contact and ingestion, making it effective when pests come into contact with treated areas or consume treated plants.

Advantages of Using Emamectin Benzoate

Broad Spectrum: Emamectin Benzoate controls a wide range of pests, including caterpillars, aphids, whiteflies, thrips, and spider mites.
Systemic Action: It has systemic properties, meaning it can be absorbed by plants and distributed throughout the plant, which helps protect the plant from pests that may feed on it.
Reduced Resistance Risk: Compared to other insecticides, emamectin benzoate has shown a lower potential for resistance development, making it an important tool for long-term pest management.
Targeted: It is highly specific in targeting pests with minimal impact on beneficial insects, such as ladybugs and bees, when applied according to the manufacturer's guidelines.

Conclusion

Emamectin Benzoate is a powerful, broad-spectrum insecticide and miticide that is highly effective against a variety of key pests, particularly Lepidoptera (caterpillars), Hemiptera (aphids and whiteflies), and mites. It is widely used in agriculture and crop protection programs to ensure healthy plants and optimal yields. Always follow safety guidelines and application instructions to maximize the effectiveness of emamectin benzoate and minimize risks to beneficial organisms.

Frequently Asked Questions (FAQs)

What pests does Emamectin Benzoate target?
- Emamectin Benzoate targets caterpillars, aphids, whiteflies, mites, and thrips, among others.
Is Emamectin Benzoate safe for beneficial insects?
- When applied according to instructions, emamectin benzoate is relatively safe for beneficial insects such as ladybugs and bees, but caution should always be taken.
How does Emamectin Benzoate work?
- It disrupts the nervous system of pests by binding to certain chloride channels in nerve cells, causing paralysis and death.
Can Emamectin Benzoate be used on all crops?
- Emamectin benzoate is effective on many crops, but it’s always important to check product labels for crop-specific guidelines and safety instructions.
Is Emamectin Benzoate toxic to humans?
- Emamectin Benzoate is generally considered low in toxicity to humans, but proper protective measures should be taken during application, such as wearing gloves and masks.

Hexazinone vs Glyphosate

Why Compare Hexazinone and Glyphosate?

Hexazinone and Glyphosate are both non-selective herbicides widely used in forestry, industrial vegetation management, and non-crop areas, but their chemical nature, mode of action, and application methods differ significantly. Selecting the right herbicide requires an understanding of how they perform under different use scenarios such as brush control, perennial weed suppression, or site preparation in forestry.

This article compares hexazinone vs glyphosate in detail, helping buyers and applicators make informed decisions based on weed spectrum, residual effect, soil activity, and environmental considerations.

1. Chemical Classification and Mode of Action

Attribute	Hexazinone	Glyphosate
Chemical Family	Triazinone	Organophosphorus (Glycine derivative)
Mode of Action	Photosynthesis inhibitor (PSII blocker)	EPSP synthase inhibitor (amino acid synthesis)
HRAC Group	Group 5	Group 9
Systemicity	Primarily root-absorbed, some foliar activity	Strong systemic via foliage and translocation
Application Site	Soil and foliar	Foliar (no residual soil activity)
Selectivity	Non-selective (but soil-active)	Non-selective (but short-lived in soil)

Hexazinone works mainly through root uptake and blocks photosynthesis, making it effective for long-term suppression of deeply rooted perennials and woody plants.
Glyphosate, by contrast, is a foliar-applied systemic herbicide that translocates to meristems and kills the entire plant.

2. Use Patterns and Application Scenarios

Hexazinone is ideal for:

Forestry site preparation (pine plantations)
Woody brush control in utility corridors and rights-of-way
Non-crop land and industrial vegetation management
Soil-applied broadcast or spot treatment

Glyphosate is best for:

General weed control in fallow fields
Perennial and annual weed knockdown
Desiccation before planting or harvest
Spot treatments along field borders, fence lines, and roadways

While both are used in forestry and non-crop settings, hexazinone’s soil activity gives it an edge in long-term control, whereas glyphosate offers faster knockdown with no residual soil activity.

3. Residual Control and Soil Activity

Factor	Hexazinone	Glyphosate
Soil Persistence	Long residual (can last 3–6 months)	Rapid soil breakdown (binds to soil, inactive)
Rainfastness	Moderate (needs rain to activate in soil)	High (rainfast in 4–6 hours)
Leaching Potential	Moderate to high in sandy soils	Low (tightly binds to soil particles)
Root Uptake	Yes	No (only foliar active)

Hexazinone acts through root uptake and can affect nearby vegetation if misapplied or used on sensitive soils, while glyphosate remains biologically inactive once it contacts the soil, making it safer near desirable roots but requiring targeted application.

4. Weed Spectrum Comparison

Weed Type	Hexazinone	Glyphosate
Annual broadleaves	Effective	Very effective
Perennial grasses	Good control	Very effective
Deep-rooted perennials	Very good (due to residual effect)	Effective (may require re-application)
Woody brush & saplings	Strong (especially soil-applied)	Moderate (needs high dose + surfactant)
Moss, algae, lichen	Not effective	Not effective

In brush-heavy or perennial weed areas, hexazinone is often the herbicide of choice. For fast-growing weeds, pasture cleanup, or no-till site preparation, glyphosate is preferred.

5. Environmental & Safety Considerations

Attribute	Hexazinone	Glyphosate
Mammalian toxicity	Low to moderate	Low
Aquatic toxicity	High – caution near waterways	Varies by formulation – avoid direct water contact
Groundwater risk	Present (especially in sandy soils or high rainfall)	Low
Drift potential	Low (soil-applied)	Moderate (foliar spray – use drift control tips)
Bee safety	Safe (non-attractive)	Safe if used outside blooming periods

Hexazinone requires careful site assessment, especially near shallow water tables or sandy soils. Glyphosate is generally more environmentally neutral, but misuse (e.g., repeated use) can contribute to resistant weed populations.

6. Which Is Better: Hexazinone or Glyphosate?

There is no universal answer — it depends entirely on your application goal:

Choose Hexazinone if:
- You need long-term, residual control of woody plants and brush
- You manage pine plantations, utility lines, or non-crop right-of-ways
- You require soil-active herbicides for season-long suppression
Choose Glyphosate if:
- You need rapid knockdown of green vegetation
- You’re managing site prep before planting, row middles, or annual/perennial weed control
- You require a non-residual option safe around root zones

For integrated vegetation management (IVM), many forestry professionals use glyphosate for foliar kill followed by hexazinone for residual soil activity.

Available Formulations and Supply Options

We offer bulk supply and custom-label production for both products:

Hexazinone Available Forms:

25% SC
75% WG
10% GR (granules for soil spot treatment)
Combo: Hexazinone + Diuron

Glyphosate Available Forms:

41% SL
62% SL
75.7% SG (high-load granules)
Combo: Glyphosate + 2,4-D / Metsulfuron-methyl

We provide:

COA, MSDS, label & registration support
Flexible packaging for agriculture, forestry, or industrial applications
OEM / ODM cooperation for brands and distributors

Conclusion: A Strategic Choice for Vegetation Management

Both hexazinone and glyphosate are powerful non-selective herbicides, but they are not interchangeable.

Hexazinone excels in long-term brush control, especially in forestry, rangelands, and non-crop areas where residual soil activity is desired.
Glyphosate is the go-to choice for fast-acting foliage kill, ideal for row-crop site prep, industrial maintenance, and seasonal knockdown.

Choosing the right one—or a strategic combination—can optimize weed control, minimize cost, and improve environmental safety.

Partner with Us for Bulk Herbicide Supply

We are a reliable herbicide manufacturer and exporter with over a decade of experience in:

Forestry and non-crop vegetation management solutions
Stable formulations of Hexazinone, Glyphosate, and Tank Mix Combos
Full-service OEM support and registration documentation

Contact our technical team today to request a sample, get a quote, or explore custom solutions tailored to your market needs.

Flumioxazin vs Glyphosate: Which Herbicide Is Better for Your Crops?

When managing weeds in large-scale agriculture or specialized crop systems, choosing the right herbicide can have a major impact on productivity. In this guide, we compare Flumioxazin and Glyphosate—two widely used herbicides—to help you make a more informed decision tailored to your field conditions, crop types, and weed pressure.

1. Understanding the Active Ingredients

Flumioxazin

Flumioxazin is a selective pre-emergent herbicide from the PPO (protoporphyrinogen oxidase) inhibitor class. It targets broadleaf weeds and certain grasses, working primarily by disrupting cell membranes in seedlings before emergence.

Glyphosate

Glyphosate is a non-selective, post-emergent herbicide that inhibits the EPSP synthase enzyme. It kills almost all vegetation and is effective for burndown applications and weed management in glyphosate-resistant crop systems.

2. Comparison Table: Flumioxazin vs Glyphosate

Feature	Flumioxazin	Glyphosate
Mode of Action	PPO Inhibitor	EPSP Synthase Inhibitor
Application Timing	Pre-emergent / Early post	Post-emergent
Weed Spectrum	Broadleaf weeds, some grasses	Broad-spectrum (grasses and broadleaf)
Crop Selectivity	Selective	Non-selective
Residual Control	Yes (up to 8 weeks)	No

3. Application Scenarios

When to Use Flumioxazin

Before crop emergence to prevent early weed competition
When you require residual weed control in soybeans, cotton, or peanuts
To control glyphosate-resistant pigweed or waterhemp

When to Use Glyphosate

To kill existing weeds in burndown or fallow fields
When growing glyphosate-tolerant crops like RR soybeans or corn
In no-till or minimum-till systems

4. Can You Use Them Together?

Yes. Tank-mixing Glyphosate and Flumioxazin is a popular strategy to achieve both immediate weed knockdown and extended residual protection. It is especially useful before planting soybeans or cotton.

5. Residual Activity and Resistance Management

Glyphosate does not offer residual control and resistance is becoming common. Flumioxazin, on the other hand, provides 4–8 weeks of soil residual activity and has no known cross-resistance with Glyphosate, making it an important tool in herbicide rotation and resistance management programs.

6. Final Thoughts

Flumioxazin and Glyphosate are not direct substitutes—they serve different purposes. Flumioxazin is ideal for pre-emergent residual weed control in broadleaf crops, while Glyphosate is best suited for post-emergent weed cleanup. By understanding their strengths and limitations, you can use them individually or in combination for superior weed control.

Looking for customized Flumioxazin and Glyphosate solutions? Contact POMAIS Agriculture for OEM formulations, private labeling, and bulk export options tailored to your regional needs.

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Contact person: John Jiang

Contact number: +86 19930546995

Email: info@pomais.com

WhatsApp: +86 19930546995

Company address: 1908 West Tower, Baichuan Building, 138 Jianbei Street, Chang 'an District, Shijiazhuang City, Hebei Province, China