GREEN CRYSTAL
Materials for Metallurgy and Refractory Production
Green Crystal LLC is a full-cycle research and production company. Our activities are based on the development and implementation of nitrogen-containing master alloys and strengthening additives using SHS (Self-propagating High-temperature Synthesis), as well as the manufacturing of custom metallurgical equipment. Our materials enable metallurgical and refractory enterprises to increase product service life, control nitrogen alloying, and reduce their carbon footprint.
Continuous advancement and technology improvement.
We are convinced that technology must constantly evolve and improve to unlock new possibilities for the sustainable and efficient use of natural resources and to enhance the efficiency of industrial sectors.
We utilize energy-efficient processes and secondary raw materials where possible. We offer a green product to help our customers reduce their carbon intensity
We provide end-to-end innovation: from developing our own technologies and producing pilot batches to technical support and specialist training
The exothermic combustion method produces nitride alloys with a stable structure, high nitrogen content, and low oxygen content, bypassing energy-intensive smelting processes
Materials tailored to your technological processes: we individually select the particle size fraction and grade to ensure efficiency and ease of integration
Metallurgy is the foundation of modern civilization, from spacecraft to energy-efficient turbines. At the heart of this progress lie ferroalloys, which define the key properties of metals. Green Crystal has decades of proven expertise, offering not just materials and equipment, but technological solutions for innovation, with a deep understanding of all production nuances and industry needs
We invest in modern equipment and research to ensure our products meet the challenges of tomorrow. Our team of experts continuously works to improve compositions and develop new products that enable our clients to create stronger and more sustainable alloys with maximum energy efficiency and environmental care.
