Magnesia Chrome Bricks Shipped to Iran

Recently, a batch of high-performance magnesia chrome refractory bricks from Ruitailianxin successfully completed production inspection and was officially shipped to Iran. This shipment totaled 50 tons, encompassing standard and custom-shaped specifications, and will primarily be used for the construction and maintenance of kilns in Iran’s metallurgical industry, providing core refractory protection for the stable operation of its industrial production.

These magnesia chrome fire bricks are made from high-quality natural magnesia and chromite, sintered at high temperatures. They possess excellent properties such as high-temperature resistance, corrosion resistance, good thermal conductivity, and long service life, making them suitable for the high-temperature and highly corrosive industrial kiln operating environment in Iran. During the production process, Ruitailianxin strictly adhered to international quality standards and relevant Iranian industry regulations, ensuring product quality met standards through multiple inspection procedures, and all technical parameters met the customer’s customized requirements.

To ensure safe and efficient delivery, this shipment was transported by sea, with a professional freight forwarding team handling the entire process. Customs declaration, inspection, and other cross-border logistics procedures were completed in advance, and cargo packaging and loading specifications were clearly defined, effectively mitigating the risk of damage during transportation. Meanwhile, our factory has arranged a professional technical team to provide follow-up technical support, assisting the customer in completing product acceptance and construction guidance.

This export of magnesia chrome bricks to Iran not only recognizes the quality of our products but also further expands our cooperation opportunities in the Middle East market. In the future, we will continue to cultivate overseas markets, optimize our product system according to the industrial needs of different regions, and provide more targeted refractory material solutions.