LATEST NEWS
OCT 26, 2024
What is Herbicide and how does it work?
Herbicide is a powerful product designed to kill unwanted plants, commonly known as weeds. It works by disrupting the plant's normal growth functions, ultimately leading to its death. Herbicide can be used to control weeds in various settings, such as gardens, lawns, agricultural fields, and industrial areas.
Is Herbicide safe for use around children and pets?
When used according to the manufacturer's instructions, Herbicide is safe for use around children and pets. However, it is important to keep them away from treated areas until the product has dried completely. Additionally, storing Herbicide in a secure location out of reach of children and pets is recommended.
How long does it take for Herbicide to start working?
The time it takes for Herbicide to start working can vary depending on the type of plant being treated and environmental conditions. In general, you can expect to see results within a few days to a couple of weeks. It is important to follow the instructions on the product label for optimal results.
Can Herbicide be used in organic gardening?
Some Herbicide products are labeled as organic and can be used in organic gardening practices. These products are formulated with natural ingredients that are safe for the environment. Always check the label to ensure that the Herbicide you are using is suitable for organic gardening.
Is Herbicide effective against all types of weeds?
Herbicide is designed to be effective against a wide range of weeds, including broadleaf weeds, grassy weeds, and vines. However, some tough or resistant weeds may require multiple applications or a different type of Herbicide for control. It is important to identify the type of weed you are targeting to choose the appropriate Herbicide.
How should Herbicide be applied for best results?
To achieve the best results with Herbicide, it is important to apply the product correctly. Follow the manufacturer's instructions for the correct dilution rate and application method. It is recommended to apply Herbicide on a calm day to prevent drift and ensure maximum coverage of the target plants.
What precautions should be taken when using Herbicide?
When using Herbicide, it is important to wear appropriate protective clothing, such as gloves, long-sleeved shirts, and pants, to prevent skin contact. Avoid inhaling the product and make sure to wash your hands thoroughly after handling Herbicide. It is also recommended to clean and store all application equipment properly after each use.
Can Herbicide be used to prevent weeds from growing?
Herbicide products are designed to control existing weeds rather than prevent new ones from growing. However, some Herbicide formulations may offer residual control, which can help prevent weed seeds from germinating for a certain period. Always check the label for specific information on the product's weed prevention properties.
Is Herbicide harmful to the environment?
When used according to the manufacturer's instructions, Herbicide is not harmful to the environment. It is important to avoid overapplication and runoff into water sources to prevent any negative impact on surrounding ecosystems. Always follow best management practices when using Herbicide to protect the environment.
What is the shelf life of Herbicide?
The shelf life of Herbicide can vary depending on the formulation and storage conditions. In general, most Herbicide products have a shelf life of 1 to 5 years when stored properly in a cool, dry place. It is recommended to check the expiration date on the product label before use to ensure effectiveness.
Glufosinate-ammonium
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Glyphosate
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2,4-d
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Nicosulfuron
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Tribenuron Methyl
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Quizalofop-p-ethyl
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Atrazine
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Acetochlor
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Pretilachlor
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Butachlor
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S-metolachlor
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Haloxyfop-r-methyl
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Trifluralin
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What types of insects can Insecticide effectively eliminate?
Insecticide is specially formulated to target a wide range of pests such as ants, cockroaches, spiders, flies, mosquitoes, and other common household insects. Our product is designed to be versatile and effective against various types of insects.
How does Insecticide work to eliminate pests?
Insecticide works by targeting the nervous system of insects, causing paralysis and eventual death. The active ingredients in our formula disrupt the neurotransmitters in insects, leading to a quick and efficient elimination of the pests.
Is Insecticide safe to use around children and pets?
Yes, Insecticide is safe to use around children and pets when used according to the instructions on the label. It is important to follow the guidelines for application and keep children and pets away from the treated area until the product has dried completely.
Can Insecticide be used indoors and outdoors?
Yes, Insecticide can be used both indoors and outdoors to eliminate pests. It is versatile and effective in various environments, making it a convenient option for keeping your home pest-free all year round.
How long does it take for Insecticide to show results?
Insecticide works quickly to eliminate pests on contact. You may notice a reduction in insect activity immediately after application, with full results typically visible within a few hours. For severe infestations, we recommend reapplying Insecticide as needed.
Is there a specific time of day to apply Insecticide for best results?
Insecticide can be applied at any time of day, but we recommend using it in the early morning or evening when insects are most active. This will ensure maximum exposure to the product and increase its effectiveness in eliminating pests.
What should I do if I accidentally inhale or ingest Insecticide?
If accidental ingestion or inhalation occurs, we recommend seeking medical attention immediately. Be sure to have the product label or container with you to provide information on the ingredients to healthcare professionals for proper treatment.
How long does the residual effect of Insecticide last after application?
The residual effect of Insecticide can last up to several weeks, depending on environmental conditions and the severity of the infestation. We recommend reapplying the product as needed to maintain protection against pests.
Can Insecticide be used in combination with other pest control products?
Insecticide is designed to be effective on its own, but can be used in combination with other pest control products for enhanced results. However, we recommend checking the compatibility of products before combining them to ensure safety and effectiveness.
Is Insecticide environmentally friendly?
Insecticide is formulated with the environment in mind and is designed to be biodegradable and safe for the ecosystem when used as directed. We are committed to providing effective pest control solutions that are also environmentally responsible.
Abamectin
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Emamectin Benzoate
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Chlorpyrifos
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Imidacloprid
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Acetamiprid
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Thiamethoxam
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Nitenpyram
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Lambda-cyhalothrin
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Bifenthrin
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Malathion
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Indoxacarb
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Spinosad
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Bifenazate
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Dimethoate
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Diazinon
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Etoxazole
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Fipronil
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Pyridaben
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Hexythiazox
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Lufenuron
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Monosultap
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Acephate
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What is a fungicide?
Fungicide is a type of pesticide used to control, prevent, and eliminate fungal diseases in plants. It works by inhibiting or killing the fungi that cause diseases, helping the plants to stay healthy and thrive.
How does fungicide work?
Fungicides work in various ways, depending on the type of fungicide and the target fungus. Some fungicides prevent the fungus from growing by disrupting its cell membranes or interfering with its metabolic processes. Others kill the fungus by inhibiting enzymes crucial for its survival. Overall, fungicides help to protect plants by either preventing fungal infections or stopping them from spreading.
When should I apply fungicide?
It is crucial to apply fungicide preventatively before the onset of fungal diseases, especially during periods of high humidity, warm temperatures, and wet conditions. Regular applications throughout the growing season can help to protect plants from fungal infections. It is also essential to follow the specific instructions on the fungicide label for the best results.
Are there different types of fungicides available?
Yes, there are various types of fungicides available, including contact fungicides that only protect the surfaces they cover, systemic fungicides that move within the plant to provide internal protection, and translaminar fungicides that move from one side of the leaf to the other. Selecting the right type of fungicide depends on the target fungus, the crop or plant being treated, and the desired level of protection.
Can fungicides harm beneficial organisms?
While fungicides are designed to target fungi, they may also affect beneficial organisms such as bees, earthworms, and natural predators of pests. It is essential to use fungicides responsibly and choose products that are less harmful to beneficial organisms. Additionally, practicing integrated pest management can help minimize the impact of fungicides on beneficial insects and other organisms.
How can I safely apply fungicide?
To safely apply fungicide, always wear appropriate protective gear such as gloves, goggles, and a mask to avoid skin contact, inhalation, or eye exposure. Follow the instructions on the fungicide label carefully, including the recommended dosage, application method, and safety precautions. Take care not to overapply fungicide, as this can lead to environmental contamination and resistance development in fungi.
Is it necessary to rotate fungicides?
Yes, rotating fungicides with different modes of action is essential to prevent the development of resistance in fungi. Continuous use of the same fungicide can lead to the emergence of resistant fungal strains that are no longer controlled by the fungicide. By rotating between different fungicides with distinct mechanisms, you can effectively manage fungal diseases and maintain their efficacy over time.
What are the benefits of using fungicide?
Using fungicide can help protect plants from fungal diseases, increase crop yield and quality, and improve overall plant health. By preventing or controlling fungal infections, fungicides allow plants to grow vigorously, produce higher yields, and resist environmental stressors. Ultimately, fungicides play a vital role in modern agriculture by ensuring the health and productivity of crops.
Can fungicides be used in organic farming?
Yes, there are specific fungicides approved for use in organic farming that meet the standards set by organic certification bodies. These fungicides are derived from natural substances or have low environmental impact, making them suitable for organic production. Organic farmers can use approved fungicides to manage fungal diseases while adhering to organic farming principles and regulations.
What should I consider when choosing a fungicide?
When selecting a fungicide, consider factors such as the target fungus, the crop or plant species, the stage of plant growth, and environmental conditions. Choose a fungicide with a mode of action effective against the target fungus, and ensure it is labeled for use on the specific crop or plant. Additionally, consider the potential impact of the fungicide on beneficial organisms, resistance management strategies, and application method compatibility.
Azoxystrabin
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Propiconazole
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Difenoconazole
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Benomyl
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Carbendazim
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Copper Oxychloride
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Copper Hydroxide
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Mancozeb
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Pyraclostrobin
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Trifloxystrobin
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Prothioconazole
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Tebuconazole
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Metalaxyl
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Fluxapyroxad
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Chlorothalonil
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Fenoxanil
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What is a plant grow regulator?
A plant grow regulator is a product designed to control and regulate the growth of plants. It helps to promote healthy growth, increase yields, and improve overall plant health.
How does a plant grow regulator work?
Plant grow regulators work by affecting the hormonal balance within plants. They can inhibit certain plant hormones that promote excessive growth, leading to more controlled and balanced growth. This can result in stronger stems, improved root development, and increased resistance to stressors.
What are the benefits of using a plant grow regulator?
There are several benefits to using a plant grow regulator. Some of the main advantages include promoting more compact growth, reducing the need for pruning, enhancing flowering and fruiting, improving overall plant quality, and increasing the efficiency of nutrient uptake.
When should I use a plant grow regulator?
Plant grow regulators can be used at various stages of plant growth, depending on the desired outcomes. They are often applied during the vegetative stage to promote more compact growth or during the flowering stage to improve flower and fruit development.
Is a plant grow regulator safe for my plants?
Yes, plant grow regulators are generally safe for plants when used according to the manufacturer's instructions. However, it is always important to read and follow the label directions carefully to ensure proper application and avoid any potential risks.
Can a plant grow regulator be used on all types of plants?
Plant grow regulators are designed for use on a wide range of plants, including ornamentals, fruits, vegetables, and herbs. However, it is essential to check the product label to ensure compatibility with specific plant species and varieties.
How do I apply a plant grow regulator to my plants?
Plant grow regulators are typically applied as a foliar spray or drench, depending on the product formulation and the type of plant. It is essential to follow the instructions on the product label regarding dilution rates, application timing, and frequency.
Are there any precautions I should take when using a plant grow regulator?
While plant grow regulators are generally safe to use, it is essential to take precautions to protect yourself and the environment. This includes wearing protective clothing, avoiding contact with skin and eyes, and following proper disposal protocols for unused product and containers.
What results can I expect to see after using a plant grow regulator?
After using a plant grow regulator, you can expect to see more compact growth, improved flowering or fruiting, enhanced overall plant health, and increased resistance to stress factors. The results may vary depending on the specific plant species, growing conditions, and application methods.
Are there any additional tips for maximizing the benefits of a plant grow regulator?
To maximize the benefits of a plant grow regulator, it is essential to follow the manufacturer's recommendations for application timing, rates, and frequency. Additionally, maintaining proper plant nutrition, watering, and lighting conditions can help optimize the effects of the regulator on plant growth and development.
Gibberellic Acid
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Ethephon
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Chlormequat
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Mepiquat Chloride
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Abscisic Acid
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Daminozide
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Flumetralin
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Thidiazuron
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Trinexapac-ethyl
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Sodium Nitrophenolate
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1-naphthlcetic Acid
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Benzylamine
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Homobrassinolide
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14-hydroxylated Brassinosteroid
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4-cpa
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6-benzylamino-purine
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Uniconazole
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Paclobutrazole
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What is nematocide and how does it work to control nematodes in the soil?
Nematocide is a type of pesticide specifically designed to target and eliminate nematodes in the soil. Nematodes are microscopic roundworms that can cause damage to plants by feeding on their roots. Nematocides work by either killing nematodes upon contact or by disrupting their ability to reproduce, thereby reducing their population in the soil.
Why is it important to control nematodes in agricultural settings?
Nematodes can cause significant damage to crops by stunting growth, reducing yields, and making plants more susceptible to other diseases. By controlling nematode populations in the soil, farmers can protect their crops from these harmful pests and ensure healthier plant growth and increased productivity.
How often should nematocide be applied to effectively control nematodes?
The frequency of nematocide application will depend on the severity of the nematode infestation and the specific product being used. In general, nematocides should be applied before planting or during early growth stages to prevent nematode damage. Some products may need to be reapplied throughout the growing season for continued protection.
Are nematocides harmful to the environment or non-target organisms?
While nematocides can be effective in controlling nematodes, it is important to use them responsibly to minimize harm to the environment and non-target organisms. Some nematocides may have toxic effects on beneficial insects, earthworms, and other soil organisms if used at high concentrations or improperly applied. It is crucial to follow label instructions carefully and apply nematocides when and where they are needed to reduce the risk of negative environmental impacts.
What are some common signs of nematode infestation in plants?
Plants affected by nematodes may exhibit symptoms such as stunted growth, wilting, yellowing or discoloration of leaves, and general decline in health. Root systems may also show signs of damage, such as lesions, galls, or knots, which can impede the plant's ability to absorb water and nutrients from the soil. If these symptoms are present, it is important to test the soil for nematodes and implement control measures as needed.
Can nematodes develop resistance to nematocides over time?
Just like other pests, nematodes can develop resistance to nematocides if the same product is used repeatedly over an extended period. To prevent resistance from developing, it is recommended to rotate nematocide products with different modes of action and to use integrated pest management strategies that incorporate other control methods, such as crop rotation, resistant varieties, and cultural practices.
What are some best practices for using nematocides effectively?
To use nematocides effectively, it is essential to conduct soil tests to determine nematode populations and select the appropriate product for the specific nematode species present. Application rates should be calibrated accurately according to label instructions, and nematocides should be applied at the recommended times to target nematodes during vulnerable life stages. Additionally, proper soil preparation, irrigation management, and crop rotation can help enhance the effectiveness of nematocide treatments.
Are there any alternative methods for controlling nematodes without using chemical nematocides?
Yes, there are several alternative methods for managing nematodes without relying solely on chemical nematocides. These methods include using organic soil amendments, such as compost and manure, to improve soil health and promote beneficial soil organisms that can suppress nematode populations. Planting cover crops, practicing crop rotation, and applying biocontrol agents, such as beneficial nematodes or fungi, can also help reduce nematode numbers naturally.
How can nematode control benefit crop production and overall agricultural sustainability?
By implementing effective nematode control measures, farmers can improve crop yields, reduce input costs, and minimize the use of chemical pesticides in agricultural systems. Healthy, nematode-free soils support vigorous plant growth, enhance nutrient uptake, and contribute to sustainable farming practices that protect the environment and promote long-term productivity. Nematode control is an essential component of integrated pest management strategies that aim to balance agricultural production with environmental stewardship and economic viability.
Trans-aconitic
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Hebernem
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Azotobacter Chroococcum
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Fluorescens
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What are formulations and why are they important?
Formulations are carefully crafted mixtures of various ingredients with specific functions and properties. They are crucial in industries such as pharmaceuticals, cosmetics, and food manufacturing to ensure the effectiveness, stability, and safety of products. Formulations are designed to meet specific requirements and achieve desired results through the precise combination of ingredients.
How can formulations benefit businesses?
Formulations can offer numerous benefits to businesses, including enhanced product performance, improved consistency in quality, increased shelf life, and better cost-effectiveness. By using well-developed formulations, businesses can differentiate their products in the market, build customer trust, and ultimately achieve higher profitability.
What expertise is required to develop formulations?
Developing formulations requires a deep understanding of chemistry, material science, and product development. Knowledge of raw materials, their interactions, and processing methods is essential. Expertise in experimental design, data analysis, and problem-solving skills are also necessary to troubleshoot and optimize formulations for desired outcomes.
What industries can benefit from customized formulations?
Various industries such as pharmaceuticals, personal care, agriculture, food and beverage, and household products can benefit from customized formulations. Each industry has unique requirements and challenges that can be addressed through tailored formulations to meet specific performance, regulatory, and market needs.
How can organizations find the right formulation development partner?
Finding the right formulation development partner is critical for businesses looking to enhance their product offerings. Organizations should look for partners with a proven track record of success in developing formulations in their industry. It is essential to evaluate the partner's expertise, facilities, regulatory compliance, and ability to meet project timelines and budget constraints.
What factors should be considered in formulating products for specific markets?
When formulating products for specific markets, factors such as regional regulations, consumer preferences, cultural considerations, and environmental impact should be taken into account. Adapting formulations to meet the requirements of different markets may involve adjusting ingredients, concentrations, packaging, and labeling to ensure compliance and acceptance by consumers.
How can formulations help in product innovation?
Formulations play a crucial role in product innovation by enabling the development of new products with unique features, improved performance, and enhanced sustainability. By experimenting with different formulations, businesses can create innovative solutions that address emerging trends, consumer demands, and market gaps to stay competitive and stay ahead of the curve.
What are the challenges in formulating complex products?
Formulating complex products presents several challenges, such as achieving compatibility between multiple ingredients, ensuring stability over time, and meeting performance requirements under varying conditions. Balancing multiple factors like cost, efficacy, safety, and sustainability can be difficult when formulating complex products, requiring expertise, testing, and iteration to find optimal solutions.
How can formulations be optimized for cost and efficiency?
Optimizing formulations for cost and efficiency involves evaluating each ingredient's effectiveness, availability, and price to find the right balance between performance and affordability. Process optimization, ingredient substitution, and batch scaling can help reduce production costs and enhance the overall efficiency of formulations without compromising quality or safety.
Glyphosate 48% Sl
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Nicosulfuron 4% Od
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Nicosulfuron 4% Sc
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Abamectin 1.8% Ec
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Abamectin 3.6% Ec
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Abamectin 5% Ec
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Abamectin 5% Ew
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Emamectin Benzoate 5.7% Wdg
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Emamectin Benzoate 5% Wdg
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Emamectin Benzoate 5% Ec
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Emamectin Benzoate 5% Sg
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Clethodim 12% Ec
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Clethodim 24% Ec
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Atrazine 90% Wdg
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Atrazine 80% Wp
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Atrazine 50% Sc
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Tribenuron-methyl 75% Wdg
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Tribenuron-methyl 10% Wp
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Hexazinone 75% Wdg
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Hexazinone 25% Sl
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Hexazinone 5% Gr
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Paraquat 42% Tk
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Paraquat 20% Sl
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Butachlor 90% Ec
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Butachlor 60% Ec
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Butachlor 60% Ew
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Butachlor 50% Ec
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Glufosinate-ammonium 50% Sl
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Glufosinate-ammonium 20% Sl
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Glufosinate-ammonium 15% Sl
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Diquat 15% Sl
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Diquat 20% Sl
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Bentazone 48% Sl
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Bentazone 25% Sl
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Haloxyfop-p-methyl 10.8% Ec
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Ametryn 90% Wdg
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Ametryn 80% Wp
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Ametryn 50% Sc
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Oxyfluorfen 25% Sc
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Oxyfluorfen 24% Ec
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Fomesafen 25% Sl
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Fomesafen 20% Ec
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Clopyralid 75% Sg
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Clopyralid 75% Sp
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Clopyralid 30% Sl
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Clomazone 48% Ec
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Clodinafop-propargyl 15% Ec
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Clodinafop-propargyl 15% Me
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Clodinafop-propargyl 15% Ew
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Clodinafop-propargyl 8% Ec
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Clodinafop-propargyl 15% Wp
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Fluroxypyr 20% Ec
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Quizalofop-p-ethyl 10% Ec
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Quizalofop-p-ethyl 5% Ec
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Trifluralin 48% Ec
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Thifensulfuron-methyl 75% Wdg
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Thifensulfuron-methyl 25% Wp
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Rimsulfuron 25% Wdg
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Halosulfuron-methyl 75% Wdg
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S-metolachlor 96% Ec
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Prometryn 50% Sc
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Prometryn 50% Wp
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Pretilachlor 50% Ec
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Pretilachlor 50% Ew
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Metolachlor 72% Ec
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Picloram 24% Sl
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Fenoxaprop-p-ethyl 10% Ec
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Fenoxaprop-p-ethyl 6.9% Ew
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Oxadiargyl 80% Wp
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Oxadiargyl 25% Od
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Oxadiargyl 10% Od
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Metribuzin 70% Wdg
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Metribuzin 70% Wp
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Metribuzin 48% Sc
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Oxadiazon 38% Sc
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Oxadiazon 25% Ec
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Imazethapyr 70% Wp
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Imazethapyr 10% Sl
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Metsulfuron-methyl 60% Wdg
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Metsulfuron-methyl 60% Wp
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Mefenacet 50% Wp
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Mesotrione 75% Wd
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Mesotrione 25% Od
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Mesotrione 15% Sc
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Pyrazosulfuron-ethyl 30% Od
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Pyrazosulfuron-ethyl 10% Wp
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Quinclorac 50% Wp
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Quinclorac 25% Sc
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Cyhalofop-butyl 20% Ew
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Cyhalofop-butyl 20% Od
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Cyhalofop-butyl 20% Ec
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Cyhalofop-butyl 10% Ec
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Nicosulfuron 75% Wdg
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Propanil 48% Ec
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Propanil 36% Ec
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Pendimethalin 33% Ec
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Pendimethalin 30% Sc
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Diuron 80% Wdg
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Diuron 80% Wp
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Bensulfuron-methyl 60% Wdg
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Bensulfuron-methyl 30% Wp
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Bensulfuron-methyl 10% Wp
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Dicamba 48% Sl
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2 4-d 72% Sl
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2 4-d 90% Ec
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2 4-d 86% Sl
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2 4-d 72% Ec
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Acetochlor 90% Ec
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Acetochlor 50% Ew
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Acetochlor 20% Wp
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Bispyribac-sodium 40% Sc
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Bispyribac-sodium 20% Wp
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Bispyribac-sodium 10% Sc
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Cyanazine 90% Wdg
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Cyanazine 50% Wp
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Tebuthiuron 80% Wdg
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Tebuthiuron 50% Wp
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Mesosulfuron-methyl 3% Od
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Imazapyr 50% Sl
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Imazapyr 70% Wdg
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Imazapyr 25% Sl
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Fluazifop-p-methyl 15% Ec
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Flumetsulam 80% Wdg
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Imazamox 4% Sc
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Linuron 50% Sc
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Linuron 50% Wp
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Sulfosulfuron 75% Wdg
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Sulfosulfuron 80% Wdg
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Sulfosulfuron 75% Wp
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Sulfosulfuron 50% Wp
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Isoxaflutole 75% Wdg
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Isoxaflutole 48% Sc
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Isoxaflutole 48% Ec
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Haloxyfop-r-methyl 10.8% Ec
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Deltamethrin 2.5% Ec
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Deltamethrin 2.5% Wp
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Diflubenzuron 25% Wp
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Diflubenzuron 20% Sc
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Diflubenzuron 5% Ec
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Indoxacarb 15% Sc
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Indoxacarb 30% Wdg
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Lambda-cyhalothrin 5% Ec
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Lambda-cyhalothrin 10% Wp
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Lambda-cyhalothrin 5% Ew
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Dimethoate 40% Ec
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Fipronil 5% Sc
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Fipronil 80% Wdg
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Chlorpyrifos 48% Ec
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Chlorpyrifos 40.8% Ec
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Imidacloprid 70% Wp
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Imidacloprid 70% Wdg
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Imidacloprid 25% Wp
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Imidacloprid 5% Ec
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Imidacloprid 35% Sc
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Imidacloprid 20% Sl
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Cypermethrin 25% Ec
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Cypermethrin 10% Ec
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Cypermethrin 10% Ew
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Cypermethrin 10% Wp
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Cypermethrin 5% Ec
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Diafenthiuron 50% Sc
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Diafenthiuron 50% Wp
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Diafenthiuron 25% Ec
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Clothianidin 50% Wg
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Clothianidin 20% Sc
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Cartap 50% Sp
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Cartap 4% Gr
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Carbosulfan 35% Ds
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Carbosulfan 20% Ec
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Carbosulfan 5% Gr
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Cyromazine 75% Wp
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Cyromazine 70% Wp
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Cyromazine 50% Sp
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Cyromazine 10% Sc
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Buprofezin 70% Wdg
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Buprofezin 50% Sc
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Buprofezin 25% Wp
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Bifenazate 43% Sc
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Bifenazate 24% Sc
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Beta-cypermethrin 5% Wp
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Beta-cypermethrin 5% Sc
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Beta-cypermethrin 4.5% Ec
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Beta-cypermethrin 4.5% Me
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Beta-cypermethrin 4.5% Ew
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Alpha-cypermethrin 10% Sc
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Alpha-cypermethrin 10% Ec
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Alpha-cypermethrin 5% Ec
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Azadirachtin 0.3% Ec
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Azadirachtin 5% Ec
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Thiodicarb 80% Wdg
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Thiodicarb 75% Wp
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Thiodicarb 37.5% Sc
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Triazophos 40% Ec
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Triazophos 20% Ec
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Fenvalerate 20% Ec
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Thiamethoxam 25% Wdg
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Thiamethoxam 30% Sc
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Carbaryl 50% Wp
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Carbaryl 80% Wp
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Hexythiazox 5% Ec
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Hexythiazox 5% Wp
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Amitraz 20% Ec
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Amitraz 10% Ec
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Malathion 70% Ec
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Malathion 45% Ec
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Pyridaben 45% Sc
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Pyridaben 40% Wp
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Pyridaben 20% Wp
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Pyridaben 15% Ec
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Nitenpyram 60% Wp
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Nitenpyram 50% Sg
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Nitenpyram 20% Wdg
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Nitenpyram 20% Sl
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Nitenpyram 10% Sl
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Propargite 73% Ec
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Propargite 57% Ec
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Propargite 40% Ew
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Profenofos 50% Ec
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Profenofos 40% Ec
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Lufenuron 10% Sc
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Lufenuron 5% Sc
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Lufenuron 5% Ec
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Fenitrothion 50% Ec
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Fenitrothion 45% Ec
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Chlorfenapyr 36% Sc
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Chlorfenapyr 24% Sc
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Chlorfenapyr 10% Sc
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Fosthiazate 10% Gr
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Fosthiazate 20% Gr
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Fosthiazate 20% Ew
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Etofenprox 10% Sc
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Etofenprox 10% Ew
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Methomyl 90% Sp
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Methomyl 40% Sp
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Methomyl 24% Sl
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Methomyl 20% Ec
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Methomyl 20% Sp
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Methomyl 10% Wp
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Acetamiprid 70% Wdg
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Acetamiprid 70% Wp
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Acetamiprid 20% Sp
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Bifenthrin 10% Ec
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Bifenthrin 5% Ew
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Bifenthrin 5% Sc
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Bifenthrin 2.5% Ec
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Esfenvalerate 5% Ec
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Esfenvalerate 5% Ew
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Oxamyl 24% Sl
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Oxamyl 10% Gr
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Pirimicarb 50% Wp
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Pirimicarb 50% Wdg
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Pirimicarb 25% Wp
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Pirimicarb 25% Wdg
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Acephate 75% Sp
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Acephate 30% Ec
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Acephate 40% Ec
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Acephate 90% Sp
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Chlorfluazuron 5% Ec
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Chlorfluazuron 10% Wdg
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Cyfluthrin 5.7% Ew
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Cyfluthrin 5% Ec
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Cyfluthrin 10% Ec
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Dinotefuran 30% Sc
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Dinotefuran 70% Wdg
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Dinotefuran 50% Wp
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Dinotefuran 20% Sp
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Dinotefuran 20% Wp
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Etoxazole 11% Sc
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Etoxazole 20% Sc
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Hexaflumuron 5% Ec
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Hexaflumuron 20% Sc
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Hexaflumuron 11% Wdg
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Hexaflumuron 15% Wdg
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Metaldehyde 40% Sc
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Metaldehyde 6% Gr
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Metaldehyde 80% Wp
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Endosulfan 35% Sc
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Monosultap 90%sp
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Monosultap 80% Sp
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Monosultap 20% Ew
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Monosultap 50% Sp
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Permethrin 25% Wp
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Permethrin 50% Ec
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Permethrin 25% Ec
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Permethrin 10% Ec
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Permethrin 5% Ec
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Phoxim 40% Ec
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Phoxim 3% Gr
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Pirimiphos-methyl 50% Ec
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Pirimiphos-methyl 5% Wp
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Pirimiphos-methyl 40% Wp
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Pirimiphos-methyl 30% Sc
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Propoxur 8% Wp
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Pymetrozine 50% Wp
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Pymetrozine 50% Wdg
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Pymetrozine 25% Wp
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Pyriproxyfen 10% Ec
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Pyriproxyfen 30% Sc
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Pyriproxyfen 10.8% Ec
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Pyriproxyfen 10% Ec
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Tebufenozide 20% Sc
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Thiacloprid 40% Sc
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Thiacloprid 50% Wdg
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Thiacloprid 25% Wp
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Thiacloprid 48% Sc
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Trichlorfon 80% Sp
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Trichlorfon 80% Wp
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Trichlorfon 90% Sp
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Trichlorfon 50% Sp
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Flubendiamide 10% Sl
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Carbofuran 40% Ec
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Carbofuran 35% Fs
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Carbofuran 5% Gr
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Cyhexatin 60% Sc
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Cyhexatin 25% Wp
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Phorate 3% Gr
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Phorate 30% Wp
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Phorate 55% Ec
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Isofenphos-methyl 35% Ec
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Isofenphos-methyl 40% Ec
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Isofenphos-methyl 2.5% Gr
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Demeton 35% Sc
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Demeton 3% Gr
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Isazophos 20% Ec
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Isocarbophos 20% Ec
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Isocarbophos 35% Ec
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Methidathion 40% Ec
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Aluminium Phosphide 56% Tb
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Diazinon 60% Ec
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Diazinon 50% Ec
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Chlorothalonil 72% Sc
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Chlorothalonil 75% Wp
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Chlorothalonil 40% Ec
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Tebuconazole 43% Sc
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Tebuconazole 25% Ec
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Tebuconazole 6% Fs
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Azoxystrobin 50% Wdg
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Azoxystrobin 25% Sc
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Mancozeb 80% Wp
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Mancozeb 75% Wdg
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Mancozeb 30% Sc
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Carbendazim 50% Wp
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Carbendazim 50% Sc
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Hexaconazole 70% Wdg
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Hexaconazole 25% Fs
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Hexaconazole 40% Sc
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Hexaconazole 5% Sc
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Thiophanate-methyl 70% Wp
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Thiophanate-methyl 50% Sc
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Dimethomorph 50% Wdg
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Dimethomorph 50% Wp
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Dimethomorph 40% Sc
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Difenoconazole 40% Sc
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Difenoconazole 25%ec
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Difenoconazole 10% Wdg
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Difenoconazole 10% Wp
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Propiconazole 50% Ec
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Propiconazole 50% Ew
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Propiconazole 50% Me
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Propiconazole 25% Ec
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Metalaxyl 35% Wp
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Metalaxyl 5% Gr
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Iprodione 50% Wp
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Iprodione 50% Sl
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Iprodione 25.5% Sl
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Copper Oxychloride 70% Wp
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Copper Oxychloride 30% Sc
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Copper Oxychloride 50% Wp
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Benomyl 50% Wp
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Boscalid 50% Wdg
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Ningnanmycin 10% Sp
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Ningnanmycin 8% Sl
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Ningnanmycin 2% Sl
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Kresoxim-methyl 50% Wdg
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Kresoxim-methyl 30% Sc
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Dithianon 70% Wdg
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Dithianon 40% Sc
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Captan 80% Wdg
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Captan 45% Fs
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Captan 50% Wp
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Cymoxanil 45% Wdg
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Cymoxanil 20% Sc
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Diniconazole 5% Sc
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Diniconazole 12.5% Wp
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Epoxiconazole 70% Wdg
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Epoxiconazole 30% Sc
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Epoxiconazole 25% Sc
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Epoxiconazole 12.5% Sc
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Ethylicin 80% Ec
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Ethylicin 15% Wp
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Fosetyl-aluminium 90% Sp
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Fosetyl-aluminium 80% Wp
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Fludioxonil 50% Wp
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Fludioxonil 12% Sc
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Fludioxonil 2.5% Fs
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Flusilazole 40% Ec
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Flusilazole 2.5% Ec
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Hymexazol 70% Wp
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Hymexazol 30% Sl
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Hymexazol 15% Sl
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Imazalil 50% Ec
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Imazalil 22.2% Ec
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Imazalil 1% Paste
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Iprobenfos 40% Ec
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Isoprothiolane 40% Wp
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Isoprothiolane 40% Ec
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Myclobutanil 40% Wp
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Myclobutanil 25% Ec
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Myclobutanil 12.5% Ec
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Oligosaccharins 5% Sl
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Oligosaccharins 0.5% Sl
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Oligosaccharins 3% Sl
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Metalaxyl-m 35% Wp
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Metalaxyl-m 50% Wp
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Metiram 70% Wdg
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Metiram 70% Wp
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Polyoxin 10% Wp
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Polyoxin 1% Sl
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Prochloraz 45% Ew
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Prochloraz 25% Ec
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Prochloraz 25% Ew
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Procymidone 50% Wp
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Propamocarb 72.2% Sl
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Propamocarb 35% Sl
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Propineb 80% Wdg
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Propineb 70% Wp
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Pyraclostrobin 25% Ec
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Pyraclostrobin 24% Sc
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Pyrimethanil 80% Wdg
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Pyrimethanil 40% Sc
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Pyrimethanil 20% Wp
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Sulfur 80% Wdg
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Sulfur 50% Sc
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Thifluzamide 30% Sc
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Thifluzamide 24% Sc
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Thiram 80% Wdg
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Thiram 70% Wp
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Thiram 50% Wp
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Triadimefon 25% Wp
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Triadimefon 20% Ec
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Triadimenol 75% Wp
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Triadimenol 15% Wp
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Tricyclazole 40% Sc
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Tricyclazole 75% Wp
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Flutriafol 25% Sc
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Flutriafol 50% Wp
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Flutriafol 80% Wp
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Flutriafol 12.5% Sc
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Cyprodinil 50% Wdg
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Cyprodinil 40% Sc
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Cyprodinil 30% Sc
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Trifloxystrobin 50% Wdg
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Trifloxystrobin 75% Wdg
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Trifloxystrobin 30% Sc
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Trifloxystrobin 40% Sc
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Gibberellic Acid 20% Sp
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Gibberellic Acid 20% Tb
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Gibberellic Acid 10% Sp
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Gibberellic Acid 10% Tb
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Gibberellic Acid 4% Ec
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Ethephon 72% Sl
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Ethephon 48% Sl
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Abscisic Acid 5% Wsg
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Abscisic Acid 1.5% Wp
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Abscisic Acid 0.03% Sl
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Chlormequat 80% Sp
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Chlormequat 50% Sl
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Daminozide 50% Sl
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Daminozide 50% Sp
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Flumetralin 12.5% Ec
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Flumetralin 25% Sc
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Mepiquat Chloride 25% Sl
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Mepiquat Chloride 25% Sp
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Mepiquat Chloride 10% Sl
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Paclobutrazole 25% Sc
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Paclobutrazole 15% Wp
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Sodium Nitrophenolate 2% Sp
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Sodium Nitrophenolate 1.8% Sl
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Sodium Nitrophenolate 1.4% Sl
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Thidiazuron 50% Sc
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Thidiazuron 50% Wp
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Trinexapac-ethyl 25% Ec
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1-naphthlcetic Acid 40% Sp
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1-naphthlcetic Acid 1% Sl
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1-naphthlcetic Acid 5% Sl
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4-cpa 8% Sp
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6-benzylamino-purine 2% Sl
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6-benzylamino-purine 2% Sp
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Uniconazole 5% Wp
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Uniconazole 10% Sc
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Uniconazole 25% Sc
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