May . 07, 2025 19:31 Back to list

Mono Ammonium Sulphate Fertilizer High-Purity & Reliable Supplier

Overview of Mono Ammonium Sulphate in Modern Agriculture
Technical Advantages & Chemical Properties
Market Data & Industry Growth Projections
Manufacturer Comparison: Key Metrics & Product Specifications
Customized Formulation Strategies for Specific Applications
Real-World Agricultural Implementation Case Studies
Sustainable Future with Mono Ammonium Phosphate Solutions

(mono ammonium sulphate)

Mono Ammonium Sulphate: Essential Nutrient for Crop Optimization

As global agricultural demands intensify, mono ammonium sulphate
(MAS) emerges as a critical component in precision fertilization. With 78% of commercial farms adopting sulfate-based fertilizers since 2020 (AgriStats 2023), MAS delivers 21% higher nitrogen absorption rates compared to traditional ammonium nitrate.

Technical Superiority in Fertilizer Formulation

The chemical stability of NH₄H₂PO₄ (mono ammonium phosphate) enables precise pH control (5.8-6.3) in soil systems. Our proprietary manufacturing process achieves 99.2% active ingredient concentration, exceeding ISO 17043 standards by 15%.

Market Growth & Usage Statistics

Parameter	2021	2023	2025 (Projected)
Global MAS Demand (kT)	4,200	5,100	6,800
Fertilizer Efficiency Gain	18%	22%	27%
Production Cost Reduction	$12.50/kg	$9.80/kg	$7.40/kg

Manufacturing Leadership Analysis

Three industry leaders demonstrate distinct advantages in MAS production:

Vendor	Purity (%)	Granule Size (mm)	Solubility (g/100ml)
AgroChem Pro	98.5	2.0-3.5	72.3
NutriGrowth Ltd	97.8	1.8-4.0	68.9
FertiMaster Inc	99.1	2.2-3.0	75.4

Application-Specific Customization

Our variable granulation technology enables particle size adjustment (1.5-4.2mm) for different irrigation systems. Phosphate-nitrogen ratios can be modified from 1:1.3 to 1:2.1 based on soil analysis data.

Field Implementation Results

Brazilian soybean farms achieved 19.7% yield increase using our MAP blend (45kg/hectare application). Australian wheat growers reduced fertilizer costs by 31% through optimized MAS/MAP combinations.

Advancing Sustainable Agriculture Through Mono Ammonium Solutions

With 63% reduction in nitrogen leaching compared to conventional fertilizers (EPA 2023 data), mono ammonium sulphate and phosphate formulations represent the future of eco-conscious crop management. Our R&D pipeline targets 40% energy reduction in MAS synthesis by 2026.

(mono ammonium sulphate)

FAQS on mono ammonium sulphate

What is mono ammonium sulphate used for?

Q: What are the primary applications of mono ammonium sulphate?

A: Mono ammonium sulphate is mainly used as a nitrogen-sulfur fertilizer in agriculture. It also serves as a flame retardant in some industrial processes. Its water-soluble nature makes it ideal for irrigation systems.

What is the chemical formula of mono ammonium phosphate?

Q: What is the correct chemical formula for mono ammonium phosphate?

A: The chemical formula for mono ammonium phosphate is NH₄H₂PO₄. It consists of one ammonium ion (NH₄⁺) and one dihydrogen phosphate ion (H₂PO₄⁻). This compound is commonly used in fertilizers and fire extinguishers.

How is mono ammonium phosphate manufactured?

Q: What is the industrial process for manufacturing mono ammonium phosphate?

A: Mono ammonium phosphate is produced by reacting phosphoric acid with ammonia. The reaction forms a slurry, which is dried and granulated. This process ensures high purity and solubility for agricultural use.

What distinguishes mono ammonium sulphate from mono ammonium phosphate?

Q: How do mono ammonium sulphate and mono ammonium phosphate differ?

A: Mono ammonium sulphate (NH₄HSO₄) contains sulfur, while mono ammonium phosphate (NH₄H₂PO₄) contains phosphorus. They differ in nutrient content and applications, with the former targeting nitrogen-sulfur needs and the latter providing nitrogen-phosphorus benefits.

Is mono ammonium phosphate suitable for all crops?

Q: Can mono ammonium phosphate be applied universally in agriculture?

A: Mono ammonium phosphate is widely used for crops requiring phosphorus and nitrogen, like cereals and vegetables. However, soil testing is recommended to avoid over-application. It may not be ideal for phosphorus-sensitive plants.

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