Qingdao Tianhe Da Graphite Co., Ltd. (formerly Qingdao Tianhe Graphite Co., Ltd.) is nestled in the picturesque and pleasant Jiaodong Peninsula, in the renowned "Graphite Town" of Nanshu, Laixi City. Just 40 kilometers away lies the Lanyin Railway, and 30 kilometers away are the intersections of the Weilai and Tongshan Expressways, making transportation extremely convenient.
Our company is a comprehensive enterprise specializing in the production of flake graphite, micro-powder graphite, and graphite products. Spanning an area of 68,000 square meters, the company employs 368 staff members, including 8 engineers and 32 technical personnel. We produce over 300 specifications across three main series of graphite products. Our products are sold to over 500 units across 28 provinces, municipalities, and autonomous regions in China, and are also exported to Japan, South Korea, and more than a dozen countries in Europe and the Americas.
Company Quality Policy:
We steadfastly uphold quality assurance, providing our customers with satisfactory products and services.
Company's Corporate Spirit:
Embrace the era, strive for innovation, unite in effort, and be honest and dedicated.
We at Tianhe Ren will work diligently to fulfill our promises, accompanying you to the peak of your career success with high-quality, affordable products.
Warmly welcome both domestic and international new and old customers to visit and guide, discuss business, collaborate, and develop together.
Our company owns a graphite mine, ensuring the stability and consistency of our products. We utilize raw ore and advanced processing techniques, including multi-stage grinding, multiple flotation, chemical purification, electrochemical purification, and ultra-fine crushing. To meet customer requirements, we can produce products with carbon content ranging from 80% to 99.99%, and particle sizes from 500 micrometers to 0.5 micrometers. We can supply products that meet specific requirements for moisture, ash content, oversize and undersize material, trace element content, and particle size distribution.
