Mancozeb Market Size, Share, Growth, and Industry Analysis, By Type (Mancozeb, Maneb, Zineb and Others), By Application (Agricultural, Plantations and estates, Horticultural and ornamental crops and Others), and Regional Forecast to 2035

MANCOZEB MARKET OVERVIEW

The global Mancozeb Market size estimated at USD 933.88 million in 2026 and is projected to reach USD 1250.81 million by 2035, growing at a CAGR of 3.3% from 2026 to 2035.

Mancozeb operates as a broad-spectrum non-transporting fungicide within the dithiocarbamate chemical class which features active maneb and zineb elements alongside Mn and Zn elements. The fungicide helps stop fungal growth because it disables amino acid and enzyme sulfhydryl groups which results in disrupted metabolic processes, respiratory functions and deficient ATP production. The protective nature of this contact fungicide enables it to create a surface barrier that stops fungal spores from starting their growth cycle. Agricultural farmers and horticulturists together with turf managers employ this fungicide to control downy mildew, powdery mildew, rust and potato blight, and treat scab and leaf spot diseases across potatoes, tomatoes, grapes, citrus fruits and onions in addition to ornamental plants. Technical mancozeb serves as the measurement standard for using either wettable powders, granules or liquid concentrates of this product.

Mancozeb maintains its disease-managing capabilities yet releases the dangerous breakdown product which functions as ethylenethiourea (ETU) and poses thyroid harm and cancerous risks to humans. The pesticide mancozeb presents a high risk of toxicity to aquatic fauna and exhibits moderate toxicity toward birds and earthworms thus demanding protective equipment for proper use. Soil does not keep mancozeb but water storage may allow this chemical to maintain continuity under specific environmental conditions. Mancozeb secured U.S. registration in 1948 and continues to be massively employed however multiple authorities have questioned its safety. The EPA together with other agencies provides instructions which explain how to minimize exposure risks to both environment and human health. The use of this chemical has particular usage restrictions based on regional guidelines which affect its authorization for specific crops.

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GLOBAL CRISES IMPACTING MANCOZEB MARKET - COVID-19 IMPACT

"Pandemic caused supply chain breakdowns, logistical delays and reduced availability which had a negative impact"

The global COVID-19 pandemic has been unprecedented and staggering, with the market experiencing lower-than-anticipated demand across all regions compared to pre-pandemic levels. The sudden market growth reflected by the rise in CAGR is attributable to the market’s growth and demand returning to pre-pandemic levels.

The pandemic disrupted the mancozeb market profoundly because supply chains collapsed while logistical systems became slow and fungicide availability decreased dramatically. The essential status of farming did not stop delays in production and distribution that stemmed from transportation limitations and labor shortages which made it challenging for farmers to obtain mancozeb when needed. The economic turbulence made things worse since farmers encountered money problems which limited their capacity to buy crop protection materials. The regions experienced reduced mancozeb demand because of lowered purchasing ability and uncertain economic conditions resulting in possible crop damage and intensified attacks by fungal diseases.

LATEST TREND

"Increasing development of eco-friendly formulations to drive the market"

Environmental safety concerns together with tighter regulatory barriers have prompted manufacturers to focus on producing environmentally-friendly mancozeb formulations. Manufacturing companies dedicate investments to develop eco-friendly formulations which provide strong fungal disease protection but minimize their toxic effects. Researchers work to decrease detrimental residual substances while increasing substance breakdown rates and advancing product delivery methods to reduce pollution outcomes. Advanced formulations target the reduction of ethylenethiourea (ETU) discharge to lower the toxic breakdown product of mancozeb because it damages thyroid organs and could start cancer development. The development of microencapsulation methods alongside controlled-release technologies aims to create safer fungal control systems which effectively fight disease while ensuring protection of non-target organisms and ecosystems.

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MANCOZEB MARKET SEGMENTATION

By Type

Based on type, the global market can be categorized into Mancozeb, Maneb, Zineb and Others

• Mancozeb: Mancozeb exists as a polymeric mixture of ethylene bis manganese (Maneb) and zinc salt which belongs to the EBDC fungicide category. The agricultural and horticultural industries employ mancozeb as a protective agent for crops against fungal attacks. Farmers can use mancozeb through soil mixing or spraying seeds or leaves to gain a wide range of disease control benefits. Farmers commonly select mancozeb because it provides extended protection while remaining affordable to use. Mancozeb experiences rising market demand because of its price advantage and performance quality as it helps expand its worldwide distribution.

• Maneb: Maneb serves as the primary active ingredient in the EBDC fungicide mancozeb which makes up its core components. Mancozeb works as a fungicide to protect fruits together with vegetables and cereals from fungal attacks. The fungicide is most commonly delivered through foliar sprays to stop fungal spores immediately. Due to its reasonable price point it becomes an economic option that appeals to farmers. Mancozeb's market share exceeds that of its basic components and zinc salts because they are combined together.

• Zineb: Zineb serves as a core component of mancozeb and belongs to the EBDC fungicide category. Mancozeb prevents fungal diseases that affect crops such as fruits and vegetables through its application. Producers commonly spray it on plant leaves to protect crops from infections through an application method. While offering similar protective properties to maneb, it is less commonly used independently. Its primary market role is in mancozeb formulations, with a smaller standalone presence.

• Others: Other fungicides outside mancozeb, maneb, and zineb serve specific crop protection needs. They come in various formulations such as granules, liquids or seed treatments for targeted applications. Some offer systemic action, reduced environmental impact or better resistance management. Their demand is shaped by regulatory pressures and sustainable agriculture trends. Market dynamics also depend on evolving resistance issues and farmer preferences.

By Application

Based on application, the global market can be categorized into Agricultural, Plantations and estates, Horticultural and ornamental crops and Others

• Agricultural: Mancozeb functions as an agricultural fungicide that farmers use to defend potatoes, wheat and corn against fungal diseases. Farming experts use mancozeb in two application methods, directing it to seeds before planting or spraying it onto the leaves as plant protection against diseases. Farmers across large production environments select mancozeb because its wide protection range and affordable price make it their primary defense strategy. Mancozeb market substantially depends on the agricultural industry because it contributes to staple crops' essential production. The market grows significantly because of expanding food security requirements and disease protection requirements.

• Plantations and estates: The mancozeb serves plantations of coffee, tea and rubber to control fungal issues. Mancozeb functions as a disease control agent against root rot and leaf spot diseases affecting crop yields. By protecting crop health, it ensures consistent productivity in these plantations. Though important, its market share in plantations is smaller than in agriculture due to the specific nature of these crops. The maintenance of plantation sustainability depends heavily on its ongoing critical functions.

• Horticultural and ornamental crops: Mancozeb functions as a protective fungicide within horticultural and ornamental crop areas managed in gardens and greenhouses. It prevents fungal diseases that affect plant aesthetics and yield. Consumer demand for disease-free plants drives its market presence. Sustainable gardening practices further support its use. The demand for reliable fungicides will drive the expansion of fungicide markets because more growers want dependable solutions.

• Others: Mancozeb functions as a fungal disease control agent in forestry, turf management and seed treatments. Mancozeb protects against fungal attacks through its wide applicability across various environments which include trees and turf areas as well as seeds. Though a smaller market segment, these applications contribute to overall demand. Regulatory factors influence its use in these specialized sectors. Environmental considerations also impact market dynamics and application practices.

MARKET DYNAMICS

Market dynamics include driving and restraining factors, opportunities and challenges stating the market conditions.

Driving Factors

"Increasing prevalence of fungal diseases to boost the market"

The rise in fungal diseases poses critical threats to worldwide agriculture because these infections lead to significant crop losses which endanger food security systems. Changes in climate together with increases in humidity combined with fungal strain adaptations have caused a sudden increase in fungal attacks that specifically target potatoes and tomatoes along with wheat and citrus fruits. The rising fungal threats in agriculture have created market demand for fungicide mancozeb because it delivers both recommended spectrum protection and economical disease mitigation. The mancozeb market growth trend to occur from agricultural requirements for yield protection coupled with food security stability alongside practical fungicidal needs within horticulture and commercial farming operations.

"Growing adoption of integrated pest management (IPM) to expand the market"

The mancozeb market expands because integrated pest management (IPM) adoption grows since farmers use sustainable disease control methods that deliver effective results. The practice of IPM integrates multiple intervention methods including crop rotation and biological controls and chemical treatments to fight pests and diseases with lower environmental damage. Mancozeb functions as a vital component within these programs because it presents broad-spectrum activity and shows affordability alongside compatibility with various control techniques. As an IPM component mancozeb helps farmers increase disease protection and minimize resistance development while ensuring optimal crop production. The growing use of integrated pest management solutions is boosting market demand for mancozeb across farm operations that employ both traditional methods together with sustainable farming practices.

Restraining Factor

"Stringent regulations and policies governing significantly hinder the market"

The mancozeb market experiences hinderance because regulations implementing strict standards for pesticide and fungicide use remain in effect. The U.S. Environmental Protection Agency (EPA) along with the European Food Safety Authority (EFSA) demand expansive testing as part of their rigorous regulations for environmental and human health safety protocol. The regulatory approval process requires expensive evaluation procedures that result in bans and restrictions of products in specific regions. The health risks associated with ethylene thiourea (ETU) which forms from mancozeb breakdown have resulted in decreased market availability alongside increased regulatory oversight. The combination of regulatory restrictions slows down market expansion by requiring manufacturers to redesign chemical formulations alongside the implementation of alternative solutions and the proper navigation of complicated regulatory standards for continued market competitiveness.

Opportunity

"Technological advancements in formulation techniques to create opportunity for the market"

Technical advancements in mancozeb product formulation lead to better efficiency and usability which supports market expansion. The development of microencapsulation with water-dispersible granules and advanced wettable powders enables mancozeb to adhere better to plant surfaces which extend protection against fungal diseases. The product improvements make agricultural applications simpler for farmers which minimizes material waste while achieving better field coverage. The latest formulations combine effectiveness with new methods to minimize environmental risks through reduced residue measurements. Manufacturers seek to improve the safety and sustainability of mancozeb formulations to meet growing market needs across the agriculture, horticulture and turf management fields under current regulatory requirements.

Challenge

"Availability of alternative products to challenge the market "

Mancozeb markets encounter rising competition from alternative fungicides in addition to changes in disease management approaches. Farmers who seek sustainable options find the newer systemic and bio-based fungicides appealing because these products deliver precise control and lasting performance with minimal environmental effects. Integrated pest management (IPM) approaches enhance crop resistance and introduce biological control measures which help farmers minimize their need for mancozeb usage. The introduction of alternative chemicals became necessary because mancozeb faced restrictions from regulators together with concerns about the harmful breakdown compound ethylene thiourea (ETU). The growth of this market faces obstacles because advanced eco-friendly fungicidal products have increased in availability thus driving manufacturers to create innovative solutions which satisfy changing customer needs.

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MANCOZEB MARKET REGIONAL INSIGHTS

• North America

North America maintains a dominant position in the mancozeb market yet the United States stands as the lead consumer of this substance for agricultural protection. Foliar sprays have become the leading method of application because they enable successful disease management between fruits, vegetables and cereals products. The combination of best agricultural practices together with rising use of integrated pest management (IPM) increases mancozeb demand to protect crops while promoting high agricultural yields and disease prevention.

• Europe

The European market controls a major portion of the global mancozeb industry because growers continuously seek better crop protection solutions. Mancozeb remains commercially viable for fungal disease management even though strict pesticide regulations exist. The implementation of integrated pest management techniques (IPM) enables mancozeb use within integrated disease control approaches. The focus of sustainable agriculture practices in the region determines how the market develops for mancozeb.

• Asia

Asia Pacific stands as the largest mancozeb market share because it has an expanding agriculture sector and growing needs for crop protection products. The vast agricultural fields of China and India sustain high demand for mancozeb because these countries need it to stop fungal diseases while securing their food systems. Government support of integrated pest management (IPM) and agrochemical subsidies enhances the market growth potential. The rapid growth of cities together with expanding population numbers increases the demand for mancozeb as farmers seek higher crop yields. The strong agricultural sector combined with regional economic expansion makes Asia Pacific the leading market for world mancozeb consumption.

KEY INDUSTRY PLAYERS

"Key industry players focus on educating and supporting end-users for market development"

Key industry players in the mancozeb market focus on educating and supporting end-users to ensure its effective and responsible application. Manufacturers support optimal disease control by offering complete training alongside technical guidance and educational materials to help agricultural workers utilize mancozeb properly. Educational platforms alongside field demonstrations together with workshops serve as essential tools for distributing information about proper application methods alongside administration standards and safety protocols for mancozeb products. The product's enhanced operational quality coupled with strict regulatory adherence minimizes exposure risks to environment and health. The proper education of key users through industry leaders brings about both increased mancozeb adoption rates, improves market performance and sustainable agricultural protection practices worldwide.

List of Top Mancozeb Companies

• UPL (India)
• Coromandel International (India)
• Indofil (India)
• DuPont (U.S.)
• Limin Chemical (China)
• Hebei Shuangji Chemical (China)
• Nantong Baoye Chemical (China)
• XI'AN MPC STOCK (China)

KEY INDUSTRY DEVELOPMENT

March 2025: Coromandel International signed a definitive agreement to acquire a 53% stake in NACL Industries for ₹820 crore at ₹76.7 per share from KLR Products Ltd. The acquisition strengthens Coromandel’s position in India’s crop protection market, expanding its technicals, formulations and contract manufacturing business. The deal, subject to regulatory approvals, includes an open offer for an additional 26% stake.

REPORT COVERAGE

The study encompasses a comprehensive SWOT analysis and provides insights into future developments within the market. It examines various factors that contribute to the growth of the market, exploring a wide range of market categories and potential applications that may impact its trajectory in the coming years. The analysis takes into account both current trends and historical turning points, providing a holistic understanding of the market's components and identifying potential areas for growth.

Mancozeb continues to play a vital role in global crop protection due to its broad-spectrum fungicidal properties and cost-effectiveness, particularly in agriculture, horticulture, and plantation applications. Despite facing environmental and health concerns mainly due to the breakdown of ethylenethiourea (ETU), its widespread use persists, driven by rising fungal disease threats, food security needs, and its integration into sustainable practices such as IPM. Regulatory restrictions and competition from eco-friendly alternatives challenge market growth, yet ongoing technological advancements in formulation and increased efforts by industry players to educate users ensure safe and efficient usage. Mancozeb’s future hinges on innovation, regulatory compliance, and sustainable agricultural demands.