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China Mono Ammonium Phosphate (MAP) Fertilizer 12-61-0 Suppliers & Factory for Enhanced Crop Growth
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China Mono Ammonium Phosphate (MAP) Fertilizer 12-61-0 Suppliers & Factory for Enhanced Crop Growth

Mono Ammonium Phosphate (MAP) fertilizer (MAP 12-61-0) is a highly effective and concentrated water-soluble phosphorus fertilizer that plays a crucial role in modern agriculture. As a key nutrient source for intensive crop production, MAP provides readily available phosphorus and ammonium nitrogen, essential for early plant growth, root development, and optimal crop establishment. This versatile fertilizer is ideal for various application methods, including fertigation, drip irrigation, foliar feeding, and as part of fertilizer blends. Sourced from reliable China suppliers and produced in state-of-the-art factories, MAP is indispensable for farmers looking to enhance productivity and achieve high yields in their agricultural practices

    Product Overview

    Mono Ammonium Phosphate (MAP) is a high-purity phosphorus fertilizer designed to deliver readily available phosphorus and ammonium nitrogen to crops during critical growth stages.

    Mono Ammonium Phosphate (MAP) fertilizer contains a high proportion of phosphorus in a soluble form that plants can easily absorb. This makes it particularly effective during the early growth period, when strong root development and vigorous plant establishment are essential.

    With excellent water solubility and stable chemical properties, MAP fertilizer performs well in fertigation systems, drip irrigation programs, and foliar nutrient applications. The ammonium nitrogen component also contributes to high phosphorus availability in the root zone by slightly lowering the local pH around plant roots.

    MAP fertilizer is widely used in field crops, vegetables, fruits, greenhouse crops, and plantation agriculture. It can also be used as a key raw material in compound fertilizers, liquid fertilizers, and customized nutrient blends.

    Composition and Nutrient Content

    Parameter

    Specification

    Product Name

    Mono Ammonium Phosphate (MAP)

    Chemical Formula

    NH₄H₂PO₄

    Total Nutrients

    ≥73%

    Nitrogen (N)

    12%

    Phosphorus Pentoxide (P₂O₅)

    61%

    Appearance

    White crystalline powder

    pH (1% solution)

    >4.0

    Water Solubility

    Highly soluble

    MAP fertilizer provides a balanced combination of ammonium nitrogen and concentrated phosphorus, making it highly effective for crop nutrition programs that require strong early nutrient supply.

    Application Scenarios

    MAP fertilizer is suitable for a wide range of agricultural fertilization systems.

    💧

    Fertigation & Drip Irrigation

    Due to its high solubility, MAP fertilizer dissolves rapidly in water and delivers phosphorus efficiently to the plant root zone.

    • Rapid nutrient availability
    • Uniform nutrient distribution
    • Improved phosphorus efficiency
    🌿

    Foliar Application

    MAP fertilizer can be applied through foliar spraying when crops require rapid phosphorus supplementation.

    • Faster plant response to phosphorus deficiency
    • Enhanced root growth and plant vigor
    • Improved crop development during early stages
    🏭

    Fertilizer Blending & Industrial Use

    MAP fertilizer is frequently used as a component in industrial and blended fertilizer production.

    • Compound fertilizer production
    • Liquid fertilizer formulations
    • Custom nutrient blends

    📦 Packaging Options

    • 25kg standard bags
    • Customized packaging available upon request
    • OEM and private label packaging supported

    Product Positioning

    🌱 MAP fertilizer is positioned as a high-concentration phosphorus fertilizer for early crop nutrition and intensive agricultural production.

    Key positioning advantages:

    🌾 Concentrated phosphorus source for early plant growth 💧 Premium MAP for fertigation systems ⚡ Efficient phosphorus and nitrogen nutrient supply 🔬 Suitable for fertilizer blending and liquid fertilizer production 🎯 Widely used in modern precision agriculture

    MAP fertilizer is an ideal solution for growers who seek high-efficiency phosphorus nutrition combined with flexible application methods.

    ❓ Frequently Asked Questions (FAQ)

    Q What is Mono Ammonium Phosphate (MAP) fertilizer used for?
    MAP fertilizer is primarily used to supply phosphorus and ammonium nitrogen to crops during early growth stages. It is widely applied in field crops, vegetables, fruits, greenhouse production, and plantation agriculture. It is also used as a raw material in compound fertilizers and liquid fertilizer formulations.
    Q What is the nutrient content of MAP fertilizer?
    MAP fertilizer (NH₄H₂PO₄) contains 12% nitrogen (N) and 61% phosphorus pentoxide (P₂O₅), with total nutrients of ≥73%. It appears as a white crystalline powder and is highly water-soluble, making it suitable for various application methods.
    Q Is MAP fertilizer suitable for drip irrigation and fertigation systems?
    Yes. MAP fertilizer is highly soluble in water and dissolves rapidly, making it an excellent choice for drip irrigation and fertigation systems. It ensures uniform nutrient distribution and efficient phosphorus delivery directly to the plant root zone.
    Q Can MAP fertilizer be applied as a foliar spray?
    Yes. MAP fertilizer can be used for foliar application when crops show signs of phosphorus deficiency or require rapid nutrient supplementation. Foliar feeding with MAP supports faster plant response, enhanced root growth, and improved early-stage crop development.
    Q What packaging options are available for MAP fertilizer?
    MAP fertilizer is available in standard 25kg bags. Customized packaging sizes and OEM / private label packaging options are also supported upon request, making it flexible for different market requirements and branding needs.
    Q Why does MAP fertilizer improve phosphorus availability in the root zone?
    The ammonium nitrogen component in MAP fertilizer slightly lowers the pH around plant roots, which increases the solubility and availability of phosphorus in the root zone. This makes phosphorus more accessible for plant uptake, especially in neutral to alkaline soils.