Navigating the chemical market requires a keen understanding of pricing dynamics and procurement strategies. For N-Butyl Chloride (CAS 109-69-3), a crucial fine chemical intermediate, understanding price trends and sourcing effectively from China can significantly impact a company's operational costs and profitability.

The price of N-Butyl Chloride is influenced by several factors, including the cost of raw materials, global supply and demand, production capacity, and geopolitical events. As a significant manufacturing hub for chemicals, China plays a pivotal role in global N-Butyl Chloride pricing. Manufacturers in China often leverage economies of scale and advanced production techniques to offer competitive factory prices, making them a primary sourcing destination for international buyers.

When looking to buy N-Butyl Chloride, procurement managers often aim to secure the best possible price by placing bulk orders. The minimum order quantity (MOQ) for N-Butyl Chloride is typically around 1,050kg, often packaged in 175kg drums. Purchasing in larger volumes, such as a full 20'ft container load (approximately 14 metric tons), usually unlocks more favorable pricing tiers from China suppliers. It is advisable to request quotes from multiple manufacturers to compare pricing and terms.

Beyond price, it's essential to consider the overall value proposition. A reliable supplier in China will not only offer competitive pricing but also ensure consistent product quality (≥99.5% purity), adherence to delivery schedules, and clear communication. Factors like packaging standards (e.g., 175kg/drum) and logistics support are also critical for smooth international procurement of CAS 109-69-3.

For businesses seeking cost-effective solutions, exploring partnerships with established N-Butyl Chloride manufacturers in China is a prudent strategy. By carefully evaluating suppliers, understanding market price trends, and optimizing procurement through bulk purchasing, companies can ensure a stable and economical supply of this vital chemical intermediate for their diverse industrial applications.