Picloram vs Triclopyr: Which One Should You Use?
When it comes to managing invasive brush and broadleaf weeds, both Picloram and Triclopyr are powerful tools in the herbicide toolbox—but they serve different purposes. Whether you’re a pasture manager dealing with stubborn woody species or a landscape contractor maintaining turf and residential areas, choosing the right product can mean the difference between effective, long-term control and costly reapplications.
In this article, we’ll walk you through the key differences, ideal use cases, and technical considerations for both herbicides. By the end, you’ll have a clearer understanding of which solution—Picloram or Triclopyr—best fits your specific weed control strategy.
What Is Picloram and How It Works
Picloram is a systemic herbicide classified under the pyridine carboxylic acid family, known for its deep-rooted, long-lasting control of broadleaf weeds and woody plants. Once absorbed through the leaves or roots, Picloram translocates throughout the plant’s vascular system, eventually concentrating in active growth areas like meristems and roots. This systemic action disrupts plant hormone balance, leading to uncontrolled growth, tissue damage, and death.
Picloram is particularly effective in non-crop areas, such as:
- Rangelands and pastures
- Forestry sites
- Roadways, utility rights-of-way, and railway corridors
- Vacant industrial land
Due to its persistence in soil, Picloram provides extended residual activity, making it ideal for long-term weed suppression in areas where revegetation is not immediately required. However, its soil mobility also requires careful consideration near sensitive crops or water sources, as leaching can occur under certain conditions.
Products containing Picloram are often formulated as soluble liquids (SL) or granules, and it’s commonly found in mixtures with other actives like 2,4-D for enhanced control spectrum.
What Is Triclopyr and How It Works
Triclopyr is another systemic herbicide from the pyridine family, but it differs significantly from Picloram in both target selectivity and environmental behavior. Triclopyr is primarily absorbed through the foliage and then translocated throughout the plant, disrupting growth hormones and causing abnormal tissue development, ultimately killing the plant.
What makes Triclopyr particularly useful is its selectivity—it aggressively targets broadleaf weeds and woody plants, while being less harmful to most grasses. This makes it the preferred option for:
- Turf and lawn care
- Brush control in residential or recreational areas
- Forest site preparation and tree farm maintenance
- Utility line clearance and invasive species management
Triclopyr is commonly formulated as EC (emulsifiable concentrate), such as Triclopyr 480g/L EC or Triclopyr 61%, and is often applied via foliar spray. Its moderate soil residual activity ensures effective knockdown of target species without lingering damage to nearby desirable vegetation.
Because it breaks down relatively quickly in the environment and binds tightly to soil particles, Triclopyr is often seen as a more environmentally flexible option compared to Picloram—particularly in areas with replanting plans or proximity to water bodies.
Key Differences Between Picloram and Triclopyr
Although both Picloram and Triclopyr belong to the same chemical family and are used for controlling broadleaf weeds and brush, their properties, persistence, and ideal applications vary significantly. Below is a side-by-side comparison to help you evaluate which product suits your specific needs.
| Attribute | Picloram | Triclopyr |
|---|---|---|
| Chemical Class | Pyridinecarboxylic acid | Pyridinecarboxylic acid |
| Mode of Action | Systemic—translocated via roots & shoots | Systemic—primarily foliar translocation |
| Primary Entry Point | Foliage and roots | Foliage |
| Residual Activity | Long (up to 12+ months) | Moderate (weeks to months) |
| Selectivity | Non-selective for broadleaves, grass damage likely | Broadleaf control, grasses generally tolerant |
| Ideal Use Areas | Rangelands, utility corridors, uncultivated land | Lawns, parks, tree farms, residential areas |
| Soil Mobility | High (risk of leaching) | Low to moderate |
| Formulations Available | 22% SL, 4% Granular, mixed with 2,4-D | 480g/L EC, 61% EC, often solo use or tank mix |
| Water Sensitivity | Should not be used near water bodies | Safer near aquatic zones (but caution still needed) |
Summary:
- Use Picloram when you need long-term suppression of tough brush in non-crop areas where regrowth control is critical.
- Choose Triclopyr when working around grasses, turf, or sensitive environments, and where faster degradation is preferable.
When to Use Triclopyr Instead of Picloram
Triclopyr is often the better choice when your weed control goals require selectivity, safety for grasses, and a more flexible environmental profile. Here are common scenarios where Triclopyr outperforms Picloram:
1. Weed Control in Grassy Areas
If you’re managing lawns, turf, or pasture grasses, Triclopyr provides broadleaf control without harming desirable grass species. This makes it ideal for:
- Golf courses and sports fields
- Residential and commercial landscapes
- Pasture systems where grass retention is critical
Picloram, on the other hand, may damage grasses and is too aggressive for selective applications.
2. Brush and Vine Management in Sensitive Areas
Triclopyr is highly effective against tough woody species like:
- Poison ivy
- Blackberry
- Sumac
- Kudzu
- Wild grape
It also performs well in residential zones, parks, or orchard perimeters where Picloram’s long residual activity and soil movement could pose a risk to nearby plants or water bodies.
3. Short-Term Control or Replanting Plans
In situations where you plan to reseed or replant within the same season, Triclopyr’s moderate soil persistence gives you the control you need without long delays in establishing new vegetation.
4. Lower Environmental Risk
Triclopyr binds well to soil and breaks down faster than Picloram, making it:
- Safer near streams, ponds, and aquatic zones (especially with Triclopyr BEE formulation)
- Easier to manage in integrated vegetation programs with crop rotation or sensitive borders
When to Choose Picloram
While Triclopyr shines in selective and short-term applications, Picloram is unmatched when you need aggressive, long-lasting control of deep-rooted perennial weeds and woody plants in unmanaged or non-crop areas. Here’s when Picloram is the superior choice:
1. Long-Term Brush and Woody Weed Suppression
Picloram provides residual control that can last 12 months or longer, making it ideal for:
- Rangeland restoration
- Powerline and pipeline rights-of-way
- Railroad beds and industrial buffer zones
- Abandoned pastures or uncultivated fields
If regrowth is not acceptable—or if annual reapplication is not cost-effective—Picloram delivers the longevity you need.
2. Control of Difficult Invasive Species
Picloram is especially potent against deep-rooted, tough-to-kill species such as:
- Mesquite
- Locust
- Russian knapweed
- Leafy spurge
- Groundsel bush
These species often resist foliar-only herbicides but succumb to Picloram’s root-translocating action.
3. Large-Scale, Broad-Spectrum Treatments
In large-scale vegetation management programs, Picloram can be tank-mixed with 2,4-D or other auxin-type herbicides to broaden its spectrum and improve control of mixed infestations. It’s a go-to solution for government or utility contracts that demand minimal regrowth.
4. Areas Where Grass Is Not a Priority
Because Picloram can injure or kill grasses, it’s best reserved for use in:
- Non-grazing zones
- Clearance strips
- Firebreaks
- Hard-to-access wildlands
In such areas, maintaining ground cover isn’t the goal—eliminating woody competition is.
Environmental Considerations and Restrictions
When selecting between Picloram and Triclopyr, it’s essential to evaluate their environmental impact, persistence, and regulatory status—especially if your operation is near sensitive ecosystems or governed by strict land use policies.
Picloram: Long Residual and Soil Mobility Require Caution
- High soil mobility: Picloram can leach through certain soil types and contaminate nearby crops or water sources, particularly in sandy or permeable soils.
- Long persistence: It may remain active in the soil for up to a year or longer, which is beneficial for long-term control but problematic for crop rotation or replanting.
- Water restrictions: Many regions restrict its use near aquatic zones or where groundwater contamination is a concern.
- Regulatory classification: Picloram is classified as a Restricted Use Pesticide (RUP) in some countries due to its environmental behavior. Always check local guidelines.
Triclopyr: Environmentally Flexible but Not Risk-Free
- Faster degradation: Triclopyr generally degrades within weeks to months, reducing the risk of long-term soil residue.
- Low soil mobility: It binds well to organic matter, making it safer for use near desirable plants and sensitive areas.
- Aquatic caution: While certain formulations (e.g., Triclopyr BEE) are registered for aquatic or riparian use, application still requires buffer zones and label compliance.
- Non-target sensitivity: Drift to broadleaf crops or ornamentals can occur, so wind speed, droplet size, and sprayer type must be managed carefully.
Best Practice: Always Follow Label and Local Regulations
Regardless of which herbicide you choose, environmental stewardship and legal compliance are non-negotiable. Use:
- Drift reduction nozzles
- Proper PPE and re-entry intervals
- Buffer zones
- Licensed applicators if local laws require
Can You Mix Triclopyr and Picloram?
Yes, Triclopyr and Picloram can be tank-mixed, and in many brush control programs, they are deliberately combined to enhance spectrum, improve systemic uptake, and extend residual activity. However, like any herbicide combination, mixing these two actives requires an understanding of their compatibility, use cases, and label requirements.
Why Mix Triclopyr and Picloram?
Combining Triclopyr and Picloram can result in:
- Wider control spectrum: Triclopyr is highly effective against woody vines and broadleaf weeds, while Picloram adds deep-rooted perennial brush control.
- Improved long-term performance: Picloram offers soil residual control; Triclopyr provides fast foliar knockdown.
- Reduced application frequency: A well-balanced mix may eliminate the need for multiple follow-up treatments.
Some commercial brush control products are based on this concept. For example, Tordon RTU and other formulations often blend Picloram with additional auxin herbicides to enhance performance across varied species.
Mixing Guidelines and Compatibility
If you plan to tank-mix the two, observe the following:
- Formulation types: Ensure both products are compatible in solution. ECs and SLs typically mix well, but always conduct a jar test before large-scale application.
- Use appropriate adjuvants: A high-quality non-ionic surfactant or methylated seed oil may enhance foliar penetration.
- Water quality matters: Hard water can reduce uptake. Buffer pH if required by the label.
- Follow local label restrictions: Some regions may limit the combined use or require buffer zones for Picloram-based mixtures.
When Not to Mix
- In sensitive areas: If environmental mobility is a concern (e.g., near water bodies), avoid mixing with Picloram.
- In grass-dominant systems: Triclopyr alone is usually sufficient for selective control.
- When rotational planting is planned: The residual effect of Picloram may restrict subsequent cropping.
Frequently Asked Questions (FAQ)
1. Is Triclopyr safer for lawns than Picloram?
Yes. Triclopyr is generally safer for use on grass-dominated areas and turf because it selectively targets broadleaf weeds while sparing most grass species. Picloram, on the other hand, is non-selective and may damage or kill turfgrass.
2. Will Picloram kill trees?
Picloram is highly effective against woody species, including small trees and saplings. If applied too close to desirable trees or with improper technique, root uptake or drift can result in unintended tree injury or death.
3. How long does Picloram stay in the soil?
Picloram can remain active in the soil for 6 to 12 months or longer, depending on soil type, moisture, and microbial activity. This long persistence makes it ideal for long-term weed suppression but restricts replanting options.
4. Is Triclopyr safe near water sources?
Certain formulations of Triclopyr, such as Triclopyr BEE (Butoxyethyl ester), are registered for use around aquatic zones, but label directions must be followed strictly. Avoid drift or runoff into open water.
5. Can I rotate crops after using Picloram or Triclopyr?
- Picloram: Crop rotation is limited for up to a year or more due to residual activity.
- Triclopyr: Rotation flexibility is higher; most broadleaf crops can be replanted within 3 to 6 months, depending on rate and soil conditions.
6. Are there generic alternatives to branded Triclopyr and Picloram herbicides?
Yes. Many manufacturers, including generic suppliers from China, produce Triclopyr 480g/L EC, Picloram 22% SL, and other standard concentrations. Be sure to verify formulation quality, surfactant compatibility, and regulatory registration for your target market.
Our Herbicide Solutions Based on Triclopyr and Picloram
If you’re looking for reliable, high-quality herbicide solutions based on Triclopyr or Picloram, we offer a complete portfolio tailored to your operational needs—whether for pasture management, brush clearing, utility corridor maintenance, or large-scale vegetation control.
Available Formulations
- Triclopyr 480g/L EC – Highly effective for selective broadleaf and woody weed control, suitable for turf and forestry.
- Picloram 22% SL / 4% Granular – Designed for long-term suppression of perennial woody species in rangelands, industrial zones, and non-crop areas.
- Custom combinations – Triclopyr + 2,4-D or Picloram + 2,4-D mixtures available on request.
OEM & Private Label Support
We provide complete OEM, ODM, and private label services, including:
- Custom formulation development based on regional weed pressure
- Packaging options from 100 mL to 20 L, with multilingual labels
- Regulatory support including MSDS, COA, and local registration documents
- Supply chain management for importers, distributors, and large-scale tenders
With full in-house production and strict QC protocols, we ensure product consistency, compliance, and cost-effectiveness across international markets.
Conclusion: Choose Based on Your Weed Management Goals
Both Picloram and Triclopyr are effective herbicides, but each excels under different conditions. If your objective is long-term control of deep-rooted woody weeds in non-crop or industrial areas, Picloram offers unmatched residual power and soil penetration. If you need a more selective, turf-safe, or environmentally flexible option for residential, forestry, or pasture settings, Triclopyr is the better fit.
The right choice depends on:
- Your target weed spectrum
- Desired residual period
- Site characteristics (e.g., presence of desirable grasses or proximity to water)
- Regulatory or crop rotation limitations
Still unsure which product aligns with your program? Our team is ready to assist with technical recommendations, formulation support, and regional adaptation guidance. Whether you’re sourcing for commercial application or national distribution, we deliver herbicide solutions that work in the field—and on your bottom line.
When it comes to managing invasive brush and broadleaf weeds, both Picloram and Triclopyr are powerful tools in the herbicide toolbox—but they serve different purposes. Whether you’re a pasture manager dealing with stubborn woody species or a landscape contractor maintaining turf and residential areas, choosing the right product can mean the difference between effective, long-term control and costly reapplications.
In this article, we’ll walk you through the key differences, ideal use cases, and technical considerations for both herbicides. By the end, you’ll have a clearer understanding of which solution—Picloram or Triclopyr—best fits your specific weed control strategy.
What Is Picloram and How It Works
Picloram is a systemic herbicide classified under the pyridine carboxylic acid family, known for its deep-rooted, long-lasting control of broadleaf weeds and woody plants. Once absorbed through the leaves or roots, Picloram translocates throughout the plant’s vascular system, eventually concentrating in active growth areas like meristems and roots. This systemic action disrupts plant hormone balance, leading to uncontrolled growth, tissue damage, and death.
Picloram is particularly effective in non-crop areas, such as:
- Rangelands and pastures
- Forestry sites
- Roadways, utility rights-of-way, and railway corridors
- Vacant industrial land
Due to its persistence in soil, Picloram provides extended residual activity, making it ideal for long-term weed suppression in areas where revegetation is not immediately required. However, its soil mobility also requires careful consideration near sensitive crops or water sources, as leaching can occur under certain conditions.
Products containing Picloram are often formulated as soluble liquids (SL) or granules, and it’s commonly found in mixtures with other actives like 2,4-D for enhanced control spectrum.
What Is Triclopyr and How It Works
Triclopyr is another systemic herbicide from the pyridine family, but it differs significantly from Picloram in both target selectivity and environmental behavior. Triclopyr is primarily absorbed through the foliage and then translocated throughout the plant, disrupting growth hormones and causing abnormal tissue development, ultimately killing the plant.
What makes Triclopyr particularly useful is its selectivity—it aggressively targets broadleaf weeds and woody plants, while being less harmful to most grasses. This makes it the preferred option for:
- Turf and lawn care
- Brush control in residential or recreational areas
- Forest site preparation and tree farm maintenance
- Utility line clearance and invasive species management
Triclopyr is commonly formulated as EC (emulsifiable concentrate), such as Triclopyr 480g/L EC or Triclopyr 61%, and is often applied via foliar spray. Its moderate soil residual activity ensures effective knockdown of target species without lingering damage to nearby desirable vegetation.
Because it breaks down relatively quickly in the environment and binds tightly to soil particles, Triclopyr is often seen as a more environmentally flexible option compared to Picloram—particularly in areas with replanting plans or proximity to water bodies.
Key Differences Between Picloram and Triclopyr
Although both Picloram and Triclopyr belong to the same chemical family and are used for controlling broadleaf weeds and brush, their properties, persistence, and ideal applications vary significantly. Below is a side-by-side comparison to help you evaluate which product suits your specific needs.
| Attribute | Picloram | Triclopyr |
|---|---|---|
| Chemical Class | Pyridinecarboxylic acid | Pyridinecarboxylic acid |
| Mode of Action | Systemic—translocated via roots & shoots | Systemic—primarily foliar translocation |
| Primary Entry Point | Foliage and roots | Foliage |
| Residual Activity | Long (up to 12+ months) | Moderate (weeks to months) |
| Selectivity | Non-selective for broadleaves, grass damage likely | Broadleaf control, grasses generally tolerant |
| Ideal Use Areas | Rangelands, utility corridors, uncultivated land | Lawns, parks, tree farms, residential areas |
| Soil Mobility | High (risk of leaching) | Low to moderate |
| Formulations Available | 22% SL, 4% Granular, mixed with 2,4-D | 480g/L EC, 61% EC, often solo use or tank mix |
| Water Sensitivity | Should not be used near water bodies | Safer near aquatic zones (but caution still needed) |
Summary:
- Use Picloram when you need long-term suppression of tough brush in non-crop areas where regrowth control is critical.
- Choose Triclopyr when working around grasses, turf, or sensitive environments, and where faster degradation is preferable.
When to Use Triclopyr Instead of Picloram
Triclopyr is often the better choice when your weed control goals require selectivity, safety for grasses, and a more flexible environmental profile. Here are common scenarios where Triclopyr outperforms Picloram:
1. Weed Control in Grassy Areas
If you’re managing lawns, turf, or pasture grasses, Triclopyr provides broadleaf control without harming desirable grass species. This makes it ideal for:
- Golf courses and sports fields
- Residential and commercial landscapes
- Pasture systems where grass retention is critical
Picloram, on the other hand, may damage grasses and is too aggressive for selective applications.
2. Brush and Vine Management in Sensitive Areas
Triclopyr is highly effective against tough woody species like:
- Poison ivy
- Blackberry
- Sumac
- Kudzu
- Wild grape
It also performs well in residential zones, parks, or orchard perimeters where Picloram’s long residual activity and soil movement could pose a risk to nearby plants or water bodies.
3. Short-Term Control or Replanting Plans
In situations where you plan to reseed or replant within the same season, Triclopyr’s moderate soil persistence gives you the control you need without long delays in establishing new vegetation.
4. Lower Environmental Risk
Triclopyr binds well to soil and breaks down faster than Picloram, making it:
- Safer near streams, ponds, and aquatic zones (especially with Triclopyr BEE formulation)
- Easier to manage in integrated vegetation programs with crop rotation or sensitive borders
When to Choose Picloram
While Triclopyr shines in selective and short-term applications, Picloram is unmatched when you need aggressive, long-lasting control of deep-rooted perennial weeds and woody plants in unmanaged or non-crop areas. Here’s when Picloram is the superior choice:
1. Long-Term Brush and Woody Weed Suppression
Picloram provides residual control that can last 12 months or longer, making it ideal for:
- Rangeland restoration
- Powerline and pipeline rights-of-way
- Railroad beds and industrial buffer zones
- Abandoned pastures or uncultivated fields
If regrowth is not acceptable—or if annual reapplication is not cost-effective—Picloram delivers the longevity you need.
2. Control of Difficult Invasive Species
Picloram is especially potent against deep-rooted, tough-to-kill species such as:
- Mesquite
- Locust
- Russian knapweed
- Leafy spurge
- Groundsel bush
These species often resist foliar-only herbicides but succumb to Picloram’s root-translocating action.
3. Large-Scale, Broad-Spectrum Treatments
In large-scale vegetation management programs, Picloram can be tank-mixed with 2,4-D or other auxin-type herbicides to broaden its spectrum and improve control of mixed infestations. It’s a go-to solution for government or utility contracts that demand minimal regrowth.
4. Areas Where Grass Is Not a Priority
Because Picloram can injure or kill grasses, it’s best reserved for use in:
- Non-grazing zones
- Clearance strips
- Firebreaks
- Hard-to-access wildlands
In such areas, maintaining ground cover isn’t the goal—eliminating woody competition is.
Environmental Considerations and Restrictions
When selecting between Picloram and Triclopyr, it’s essential to evaluate their environmental impact, persistence, and regulatory status—especially if your operation is near sensitive ecosystems or governed by strict land use policies.
Picloram: Long Residual and Soil Mobility Require Caution
- High soil mobility: Picloram can leach through certain soil types and contaminate nearby crops or water sources, particularly in sandy or permeable soils.
- Long persistence: It may remain active in the soil for up to a year or longer, which is beneficial for long-term control but problematic for crop rotation or replanting.
- Water restrictions: Many regions restrict its use near aquatic zones or where groundwater contamination is a concern.
- Regulatory classification: Picloram is classified as a Restricted Use Pesticide (RUP) in some countries due to its environmental behavior. Always check local guidelines.
Triclopyr: Environmentally Flexible but Not Risk-Free
- Faster degradation: Triclopyr generally degrades within weeks to months, reducing the risk of long-term soil residue.
- Low soil mobility: It binds well to organic matter, making it safer for use near desirable plants and sensitive areas.
- Aquatic caution: While certain formulations (e.g., Triclopyr BEE) are registered for aquatic or riparian use, application still requires buffer zones and label compliance.
- Non-target sensitivity: Drift to broadleaf crops or ornamentals can occur, so wind speed, droplet size, and sprayer type must be managed carefully.
Best Practice: Always Follow Label and Local Regulations
Regardless of which herbicide you choose, environmental stewardship and legal compliance are non-negotiable. Use:
- Drift reduction nozzles
- Proper PPE and re-entry intervals
- Buffer zones
- Licensed applicators if local laws require
Can You Mix Triclopyr and Picloram?
Yes, Triclopyr and Picloram can be tank-mixed, and in many brush control programs, they are deliberately combined to enhance spectrum, improve systemic uptake, and extend residual activity. However, like any herbicide combination, mixing these two actives requires an understanding of their compatibility, use cases, and label requirements.
Why Mix Triclopyr and Picloram?
Combining Triclopyr and Picloram can result in:
- Wider control spectrum: Triclopyr is highly effective against woody vines and broadleaf weeds, while Picloram adds deep-rooted perennial brush control.
- Improved long-term performance: Picloram offers soil residual control; Triclopyr provides fast foliar knockdown.
- Reduced application frequency: A well-balanced mix may eliminate the need for multiple follow-up treatments.
Some commercial brush control products are based on this concept. For example, Tordon RTU and other formulations often blend Picloram with additional auxin herbicides to enhance performance across varied species.
Mixing Guidelines and Compatibility
If you plan to tank-mix the two, observe the following:
- Formulation types: Ensure both products are compatible in solution. ECs and SLs typically mix well, but always conduct a jar test before large-scale application.
- Use appropriate adjuvants: A high-quality non-ionic surfactant or methylated seed oil may enhance foliar penetration.
- Water quality matters: Hard water can reduce uptake. Buffer pH if required by the label.
- Follow local label restrictions: Some regions may limit the combined use or require buffer zones for Picloram-based mixtures.
When Not to Mix
- In sensitive areas: If environmental mobility is a concern (e.g., near water bodies), avoid mixing with Picloram.
- In grass-dominant systems: Triclopyr alone is usually sufficient for selective control.
- When rotational planting is planned: The residual effect of Picloram may restrict subsequent cropping.
Frequently Asked Questions (FAQ)
1. Is Triclopyr safer for lawns than Picloram?
Yes. Triclopyr is generally safer for use on grass-dominated areas and turf because it selectively targets broadleaf weeds while sparing most grass species. Picloram, on the other hand, is non-selective and may damage or kill turfgrass.
2. Will Picloram kill trees?
Picloram is highly effective against woody species, including small trees and saplings. If applied too close to desirable trees or with improper technique, root uptake or drift can result in unintended tree injury or death.
3. How long does Picloram stay in the soil?
Picloram can remain active in the soil for 6 to 12 months or longer, depending on soil type, moisture, and microbial activity. This long persistence makes it ideal for long-term weed suppression but restricts replanting options.
4. Is Triclopyr safe near water sources?
Certain formulations of Triclopyr, such as Triclopyr BEE (Butoxyethyl ester), are registered for use around aquatic zones, but label directions must be followed strictly. Avoid drift or runoff into open water.
5. Can I rotate crops after using Picloram or Triclopyr?
- Picloram: Crop rotation is limited for up to a year or more due to residual activity.
- Triclopyr: Rotation flexibility is higher; most broadleaf crops can be replanted within 3 to 6 months, depending on rate and soil conditions.
6. Are there generic alternatives to branded Triclopyr and Picloram herbicides?
Yes. Many manufacturers, including generic suppliers from China, produce Triclopyr 480g/L EC, Picloram 22% SL, and other standard concentrations. Be sure to verify formulation quality, surfactant compatibility, and regulatory registration for your target market.
Our Herbicide Solutions Based on Triclopyr and Picloram
If you’re looking for reliable, high-quality herbicide solutions based on Triclopyr or Picloram, we offer a complete portfolio tailored to your operational needs—whether for pasture management, brush clearing, utility corridor maintenance, or large-scale vegetation control.
Available Formulations
- Triclopyr 480g/L EC – Highly effective for selective broadleaf and woody weed control, suitable for turf and forestry.
- Picloram 22% SL / 4% Granular – Designed for long-term suppression of perennial woody species in rangelands, industrial zones, and non-crop areas.
- Custom combinations – Triclopyr + 2,4-D or Picloram + 2,4-D mixtures available on request.
OEM & Private Label Support
We provide complete OEM, ODM, and private label services, including:
- Custom formulation development based on regional weed pressure
- Packaging options from 100 mL to 20 L, with multilingual labels
- Regulatory support including MSDS, COA, and local registration documents
- Supply chain management for importers, distributors, and large-scale tenders
With full in-house production and strict QC protocols, we ensure product consistency, compliance, and cost-effectiveness across international markets.
Conclusion: Choose Based on Your Weed Management Goals
Both Picloram and Triclopyr are effective herbicides, but each excels under different conditions. If your objective is long-term control of deep-rooted woody weeds in non-crop or industrial areas, Picloram offers unmatched residual power and soil penetration. If you need a more selective, turf-safe, or environmentally flexible option for residential, forestry, or pasture settings, Triclopyr is the better fit.
The right choice depends on:
- Your target weed spectrum
- Desired residual period
- Site characteristics (e.g., presence of desirable grasses or proximity to water)
- Regulatory or crop rotation limitations
Still unsure which product aligns with your program? Our team is ready to assist with technical recommendations, formulation support, and regional adaptation guidance. Whether you’re sourcing for commercial application or national distribution, we deliver herbicide solutions that work in the field—and on your bottom line.
