中文
Since 2026, international crude oil prices have remained high, fluctuating within the range of $80-$85 per barrel, exerting increasingly significant cost transmission effects on the downstream fine chemical industry chain. As a fine chemical primarily produced from pyridine and hydrobromic acid, pyridinium bromide (CAS: 18820-82-1) has demonstrated strong price resilience amid this round of raw material volatility, becoming a focal point in the market.
From the raw material perspective, the mainstream production processes for pyridine are divided into petroleum-based and biomass-based routes. Petroleum-based pyridine uses ethylene as the feedstock, with production costs closely correlated with crude oil prices. In contrast, biomass-based pyridine utilizes cassava as the raw material, with costs largely decoupled from oil prices. The cost differences between these two routes are reshaping the pricing system for pyridine hydrobromide. As another key raw material, hydrobromic acid also faces upstream cost pressures from bromine extraction and processing, which are further transmitted by energy price fluctuations, thereby increasing overall production cost burdens.
According to market monitoring data, the current bulk quoted price for industrial-grade pyridine hydrobromide (purity ≥98%) is approximately 50,000 yuan per ton. For reagent-grade small packages, prices vary significantly due to purification costs and packaging specifications, with a 100g package costing about 55-130 yuan and a 1kg package around 300-740 yuan. From April 2025 to March 2026, the price trend shows a moderate upward movement, with the average price gradually rising from 50,000 yuan per ton to a range of 51,667-53,333 yuan per ton. This price fluctuation is notably smaller than that of upstream raw materials, indicating a certain price cushion mechanism in the cost transmission process for this product.
Looking ahead, if crude oil prices remain high, the cost pressure on pyridine production via the petroleum-based route will persist. Against this backdrop, suppliers with advantages in biomass-derived pyridine feedstocks will gain greater flexibility in cost control. For buyers, it is advisable to closely monitor upstream raw material price trends and strategically plan procurement schedules based on their usage scale to mitigate potential price volatility risks.