Nakamura Trading, a professional Trading Company specializing in the global sales and trade of Lithium series products. We established in 2022, we have been committed to providing high-quality lithium metal, ingots, lithium chloride, and other lithium-based products to customers worldwide. Our mission is to empower industries with reliable, sustainable, and cutting-edge lithium products that meet the growing demands of modern technology. Our products are widely used in industries such as new energy, chemicals, pharmaceuticals, aerospace, and electronics manufacturing. With a stable supply chain, stringent quality control, and exceptional customer service, we are becoming a key player in the global lithium product market.
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2026-04Recently, we are pleased to announce that our company has officially established a strategic AI consulting project collaboration with Duty Trade, a personal studio in Silicon Valley.
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2026-03Recently, Nakamura Trading, a professional Trading Company in global lithium product trade, is pleased to announce its participation in CPHI Japan 2026, the premier international pharmaceutical exhibition taking place from April 21 to 23, 2026 at Tokyo Big Sight.
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2025-05Recently, the volatility of the lithium metal market has intensified, and prices continue to be under pressure. Affected by the global oversupply of lithium resources and weak demand growth, the price of lithium carbonate continues to decline, leading to a deterioration in profit distribution in the industrial chain. According to Shanghai Nonferrous Network, on May 5th, NOVO Energy, a lithium battery company under Volvo, announced the launch of a deep restructuring plan, which will take measures
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2025-05Recently, CITIC (Beijing) Salt Industry Technology Innovation Research Institute Co., Ltd. applied for a patent entitled "A method for producing anhydrous lithium chloride from low magnesium lithium ratio salt lake brine", with publication number CN119976895A. This patent uses a combination of nanofiltration membrane separation and solvent extraction process to produce anhydrous lithium chloride products, with a lithium ion recovery rate of over 80%. The amount of fresh water consumed for 1 ton