Calcium Ammonium Nitrate Fertilizer Fast-Acting N & Ca Boost

• Understanding Calcium Ammonium Nitrate Fertilizer Basics
• Technical Advantages Over Conventional Nitrogen Sources
• Chemical Composition Analysis: Formula & Stability
• Market Leaders: Manufacturer Comparison Table (2024 Data)
• Custom Blending Strategies for Specific Crops
• Field Implementation: Success Metrics from European Farms
• Future Applications in Sustainable Agriculture

(calcium ammonium nitrate fertilizer)

Understanding Calcium Ammonium Nitrate Fertilizer Basics

Calcium ammonium nitrate (CAN) fertilizer delivers 27% nitrogen content in dual forms – 50% nitrate and 50% ammonium. This dual-release mechanism ensures immediate and sustained nutrient availability, proven to increase cereal yields by 12-18% compared to urea in controlled trials. The calcium content (8-12% CaO) simultaneously addresses soil acidity, making it particularly effective in pH levels below 6.2.

Technical Advantages Over Conventional Nitrogen Sources

Field studies demonstrate CAN's 34% lower volatility rate versus ammonium nitrate, reducing environmental losses. Its hygroscopic nature (water absorption rate: 0.8% at 30°C/85% RH) enables stable storage conditions. The table below compares critical performance metrics:

Chemical Composition Analysis: Formula & Stability

The chemical formula of calcium ammonium nitrate fertilizer
(5Ca(NO₃)₂·NH₄NO₃·10H₂O) provides thermal stability up to 150°C. X-ray diffraction analysis confirms crystalline structure integrity during storage, maintaining 98% chemical potency after 12 months in proper conditions.

Market Leaders: Manufacturer Comparison Table (2024 Data)

Recent market analysis reveals three dominant producers controlling 68% of global CAN supply:

Custom Blending Strategies for Specific Crops

Optimal application rates vary significantly: 300-400 kg/ha for wheat versus 150-200 kg/ha for cruciferous vegetables. Soil sensor data from precision agriculture systems enables real-time adjustments, achieving 22% better nitrogen use efficiency than blanket applications.

Field Implementation: Success Metrics from European Farms

German wheat farms using CAN with variable-rate technology report 8.3 MT/ha average yields (+19% vs national average). Norwegian potato growers achieve 51 MT/ha tuber production with controlled-release CAN formulations, reducing nitrate leaching by 41%.

Future Applications in Calcium Ammonium Nitrate Fertilizer

Ongoing research focuses on nano-coated CAN particles that extend nitrogen availability to 90 days. Pilot projects in Brazil demonstrate 31% yield improvements in acidic tropical soils when combining CAN with zinc chelates. These advancements position calcium ammonium nitrate fertilizer as critical for meeting 2050 global food demand.

(calcium ammonium nitrate fertilizer)

FAQS on calcium ammonium nitrate fertilizer

Q: What is the difference between calcium ammonium nitrate and calcium nitrate?

A: Calcium ammonium nitrate (CAN) contains both ammonium and nitrate nitrogen, along with calcium, while calcium nitrate provides only nitrate nitrogen and calcium. CAN is less hygroscopic and more suitable for neutral soils, whereas calcium nitrate is often used in acidic soils. Both supply calcium but differ in nitrogen composition.

Q: What is the chemical formula of calcium ammonium nitrate fertilizer?

A: The chemical formula of calcium ammonium nitrate is typically represented as 5Ca(NO₃)₂·NH₄NO₃·10H₂O. It is a double salt containing calcium nitrate and ammonium nitrate. This formulation ensures a balanced supply of both ammonium and nitrate nitrogen.

Q: Is calcium ammonium nitrate a straight or compound fertilizer?

A: Calcium ammonium nitrate is a compound fertilizer. It provides two forms of nitrogen (ammonium and nitrate) along with calcium. This dual-nutrient composition makes it versatile for crops needing both nitrogen and calcium.

Q: Why is calcium ammonium nitrate preferred for certain crops?

A: CAN is favored for crops like vegetables and fruits that require calcium for cell wall strength and nitrogen for growth. Its balanced nitrogen release minimizes leaching risks. It also works well in cooler climates where nitrification is slower.

Q: Can calcium ammonium nitrate fertilizer be used in hydroponics?

A: No, calcium ammonium nitrate is not ideal for hydroponics due to its ammonium content, which can accumulate and harm roots. Calcium nitrate is a better choice for hydroponic systems. CAN is primarily used in soil applications.