Urea and calcium ammonium nitrate (can) are both nitrogen fertilizers. How do their nitrogen supply effects differ, and how should they be chosen in practice? In today’s agricultural input market, an increasing number of distributors and growers are paying close attention to Calcium Ammonium Nitrate (CAN) . In certain application scenarios, CAN is even being used to partially replace traditional urea for topdressing. So, what are the fundamental differences between urea and

From December 26, 2025 to January 9, 2026, China’s domestic fertilizer market operated around the core theme of “price stability and supply assurance for phosphate fertilizers.” On the raw material side, clear divergence was observed: phosphate rock remained largely stable, sulfur fluctuated at high levels, while sulfuric acid and synthetic ammonia stayed broadly stable. The potash market continued to operate under a tight supply–demand balance, with prices holding firm at el

In agricultural production, potassium nitrate stands out as a key fertilizer for fruit enlargement, quality improvement, stress resistance, and yield enhancement due to its unique dual supply of nitrogen and potassium. It provides crops with readily available nitrate nitrogen, promoting photosynthate formation and nutrient transport, while also supplying potassium, which enhances cellular structural stability and improves overall resistance to lodging, environmental stress, a