5N PLUS LUBECK GMBH

5N PLUS LUBECK GMBH Company Introduction

5N Plus Inc. is a leading global producer of engineered materials and specialty chemicals, headquartered in Montreal, Canada. The company specializes in the production of purified metals, compounds, and alloys used in a wide range of advanced technology applications, including renewable energy, electronics, medical imaging, and industrial sectors.

In 2012, 5N Plus acquired the Advanced Materials business of J. F. LÜBECK & CO. GmbH (Lubeck GmbH), a German company with a strong reputation for high-purity materials, particularly for the photovoltaic industry. This acquisition integrated Lubeck GmbH's manufacturing facilities and expertise into the 5N Plus group, expanding its global footprint and product portfolio. Therefore, what was formerly Lubeck GmbH in Germany, now operates as part of 5N Plus’s global manufacturing network.

Regarding its presence in India, 5N Plus has established a sales and distribution office, such as 5N Plus India Private Limited, located in Pune. This Indian entity primarily serves as a commercial arm, distributing the advanced materials and products manufactured by 5N Plus’s global facilities, including those originating from the former Lubeck operations, to customers across the Indian subcontinent.

The entity "5N PLUS LUBECK GMBH" itself, referring to the operations located in Lübeck, Germany, is a factory.

The presence of 5N Plus in India, such as 5N Plus India Private Limited, primarily functions as a trading and sales office.

5N PLUS LUBECK GMBH is a German company, a subsidiary of the Canadian company 5N Plus Inc., and is not based in India.

The company specializes in the production and sale of high-purity metals, chemical compounds, and alloys. Their product portfolio includes:

High-purity metals such as Bismuth, Tellurium, Selenium, Indium, Tin, and Gallium. These metals are offered in various forms and purities, often exceeding 5N (99.999%) purity levels.

Advanced chemical compounds, including various tellurides, selenides, antimonides, and other specialty compounds derived from these high-purity metals. These compounds are used in applications like thermoelectrics, photovoltaics, and optoelectronics.

They also provide recycling and refining services for critical and specialty materials, contributing to the circular economy of these valuable elements.