Source Protective Mancozeb Fungicide for Crops, Fruits, and Vegetables
Compare 30 listings for protective mancozeb fungicide from verified Chinese manufacturers. Buyers can evaluate formulations, concentrations, and packaging options for agricultural use. Explore various grades including 85% TC, 48% SC, and 88% Tech. Check toxicity levels, application methods, and custom packaging designs to find the right solution for your farming needs.
Key considerations
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Comprehensive Sourcing Guide
Protective Mancozeb Fungicide Sourcing Guide
Procuring protective mancozeb fungicide requires a nuanced understanding of its dual role as both a protective agent and a systemic contributor to crop health. Buyers must recognize that while the primary mode of action is protective, preventing fungal spore germination, the product’s systemic conductivity allows for some internal movement within the plant. This characteristic enhances its efficacy against a broad spectrum of diseases, making it a staple in agricultural pest management strategies. Understanding this mechanism is crucial for selecting the right formulation for specific crop types and disease pressures.
The market offers a diverse array of product forms, ranging from powders to liquids, each suited to different application methods and storage conditions. Observations indicate that raw materials can be classified as either organosulfureous or inorganic fungicides, which significantly impacts their chemical behavior and environmental profile. Buyers should carefully evaluate the composition and appearance of the product to ensure it aligns with their operational needs, whether that involves dry mixing for wettable powders or liquid handling for suspension concentrates.
Product Scope and Observed Listing Signals
The current market landscape reveals a wide variance in product specifications, with observed price points ranging from one to three hundred US dollars per unit. This broad range reflects differences in purity, formulation complexity, and packaging options. Minimum order quantities also vary significantly, spanning from single units to ten thousand pieces, catering to both small-scale agricultural operations and large industrial buyers. This flexibility allows purchasers to scale their orders according to seasonal demand and storage capacity without committing to excessive inventory.
Product listings frequently highlight customization options, including tailored packaging designs and specific concentration levels such as 85%, 88%, and 48% SC. These variations suggest that suppliers are responsive to specific client requirements, offering everything from standard technical concentrates to specialized wettable powders. Buyers should note that the appearance of the product can be either powder or liquid, and the color may range from grey to yellow, indicating different chemical states or impurity levels. Verifying these physical attributes is essential for ensuring compatibility with existing application equipment.
Technical Specifications to Verify
Technical verification begins with confirming the active ingredient concentration and the specific product model, such as 85% TC, 88% Tech, or 80% WP. These designations directly influence the dosage rates and efficacy of the fungicide. Buyers must also check the molecular weight, which is approximately 271.2, and the melting point, which indicates decomposition above 172 degrees Celsius. These physical constants are critical for assessing the stability of the product during storage and transport, ensuring that it does not degrade before application.
Further technical due diligence involves examining the chemical properties such as the ECHA number, which is 616-995-5, and the CAS number, 8018-01-7. These identifiers are vital for regulatory compliance and traceability in international trade. Additionally, the octanol-water partition coefficient (logP) of 0.26 and the pKa of 10.3 provide insights into the product’s solubility and environmental fate. Understanding these parameters helps buyers predict how the fungicide will behave in different soil and water conditions, aiding in precise application planning.
Compliance and Safety Documentation
Safety documentation is paramount when handling mancozeb, given its classification as a fungicide with specific toxicity profiles. Buyers should request detailed safety data sheets that outline the low toxicity level and provide clear antidote instructions in case of exposure. The product’s origin, often cited as China or specifically Anhui Bozhou, may influence the regulatory framework under which it was manufactured. Ensuring that the supplier adheres to local and international safety standards is essential for protecting workers and minimizing environmental impact.
Regulatory support is another critical aspect of compliance, with some suppliers offering assistance with product registration in target markets. This service can significantly reduce the administrative burden for buyers entering new regions. Buyers must verify that the product meets all local labeling and packaging requirements, including the specified packing standards of 200, 500, or 1000 kg drums. Proper documentation ensures that the product can be legally imported and used, avoiding delays or penalties at customs.
Cost Drivers and Commercial Terms
The cost of mancozeb fungicide is influenced by several factors, including the raw material type, concentration, and packaging complexity. Negotiable pricing structures are common, allowing buyers to secure better rates based on volume and long-term partnership potential. The availability of samples is a significant advantage, enabling purchasers to test product quality before committing to large orders. This flexibility helps mitigate financial risk and ensures that the selected product meets performance expectations.
Commercial terms also encompass the customization of packaging, which can range from standard drums to bespoke designs tailored to customer requirements. Buyers should consider the total cost of ownership, including shipping, handling, and storage, rather than just the unit price. The ability to customize packaging can lead to logistical efficiencies, such as optimized palletization and reduced damage during transit. Understanding these commercial dynamics allows for more accurate budgeting and supply chain planning.
Supplier Qualification and Quality Control
Supplier qualification involves assessing their ability to provide consistent quality and reliable support. Buyers should prioritize suppliers who offer technical expertise and support for product registration, as this indicates a higher level of professionalism and market knowledge. The availability of samples is a key indicator of supplier confidence in their product’s quality. Engaging with suppliers who are transparent about their manufacturing processes and quality control measures helps build a trustworthy procurement relationship.
Quality control checks should include verification of the product’s standard, such as 90% Tech, 85% Tech, or 80% WP, against the agreed specifications. Buyers must ensure that the supplier has robust procedures for maintaining product integrity from production to delivery. This includes proper storage conditions to prevent degradation and accurate labeling to avoid confusion. Regular audits and performance reviews can help maintain high standards and ensure that the supplier continues to meet the buyer’s requirements over time.
Long-Term Procurement Checks
Long-term procurement success depends on continuous monitoring of product performance and supplier reliability. Buyers should establish key performance indicators to track the efficacy of the fungicide in the field, comparing results against baseline expectations. Regular feedback loops with the supplier can facilitate improvements and address any emerging issues promptly. This proactive approach helps maintain crop health and maximizes the return on investment in agricultural inputs.
Additionally, staying informed about regulatory changes and market trends is essential for adapting procurement strategies. Buyers should regularly review their supplier’s compliance status and update their own internal protocols accordingly. Building a diversified supplier base can mitigate risks associated with supply chain disruptions. By maintaining a strategic focus on quality, compliance, and performance, buyers can ensure a stable and efficient supply of protective mancozeb fungicide for their agricultural operations.
FAQs
What is protective mancozeb fungicide used for in agriculture?
Protective mancozeb fungicide is applied as a protective agent against fungal diseases across a wide range of agricultural crops. It works by forming a protective barrier on plant surfaces before infection occurs, so spraying should be scheduled ahead of expected disease pressure. It is listed as an agricultural fungicide with low toxicity, which supports broad field use.
How should mancozeb fungicide be applied for best protective results?
Apply it as a protective treatment before disease symptoms appear, since its mode of action is protective rather than curative. Spray evenly to cover foliage, and repeat applications according to disease pressure and crop growth stage. Timing matters most, so begin treatments when conditions favor infection and maintain a regular protective schedule throughout the season.
Which formulations of protective mancozeb fungicide are commonly available?
Common formulations include technical material at 85%, 88%, and 96% purity, wettable powder grades such as 80% WP, and liquid suspension concentrates like 48% SC. The right choice depends on application equipment and crop requirements. Powder formulations are widely used for field sprays, while suspension concentrates offer convenient liquid handling and mixing in spray tanks.
Can protective mancozeb fungicide be customized for packaging and design?
Yes, customization is available from listed suppliers. Packaging options include bags, barrels, or drums, with drum sizes such as 200, 500, or 1000 kilograms, and customized package designs are supported. Buyers can typically specify packaging according to their own requirements, which is useful for distributors needing private-label or region-specific packaging formats.
What are the key physical properties of mancozeb fungicide?
Technical mancozeb appears as a grey-yellow powder with a density around 1.99 at 20 degrees Celsius and a molecular weight of about 271.2. It decomposes above 172 degrees Celsius, so storage away from excessive heat is important. Its logP of 0.26 and pKa of 10.3 describe its chemical behavior relevant to formulation work.
How does mancozeb compare with systemic fungicides in action?
Mancozeb acts as a protective contact agent, meaning it must be on the plant surface before infection to be effective. Systemic fungicides are absorbed and move within plant tissue, offering therapeutic activity after infection begins. Many growers combine or rotate mancozeb with systemic products to manage resistance while maintaining a strong protective base.
Can buyers request samples before ordering protective mancozeb fungicide?
Yes, samples are available from listed suppliers, which helps buyers verify appearance, formulation quality, and performance before committing to larger orders. Sampling is especially useful when comparing grades such as 85% technical material or 48% SC. After sampling, pricing is negotiable, and registration support is offered for buyers introducing the product in new markets.
What safety characteristics does protective mancozeb fungicide have?
Mancozeb is classified with low toxicity, and antidote information is documented for handling incidents. It is an organosulfurous fungicide registered under ECHA number 616-995-5. Standard protective equipment should still be used during mixing and spraying, and treated areas should be managed according to label guidance to ensure safe and compliant application.





























