Inspection, Design and Testing

At IRED, we pride ourselves on offering a comprehensive range of refractory services to support your industry’s specific needs. With our expertise and commitment to quality, we provide solutions that ensure the longevity and efficiency of your refractory materials.


Our experienced team conducts thorough API 936 inspections to assess the condition and performance of your refractory linings. We carefully evaluate factors such as refractory thickness, corrosion, erosion, thermal compatibility, and overall structural integrity. By identifying any potential issues or areas for improvement, we help you make informed decisions regarding maintenance and repair.

– Preserving Structural Integrity.

– Non-Intrusive Precision.

– Early Detection for Proactive Maintenance.

– Comprehensive Analysis for Informed Decision-Making.

– Customized Solutions Across Industries.


With our extensive knowledge and expertise, we provide customized refractory shapes to suit your specific requirements. 

Our engineers excel in developing engineered tunnel/coffin wall designs that align with your operational needs.

We utilize advanced 3D laser integration techniques to ensure precise and accurate designs for optimal refractory performance.


To ensure the quality and reliability of your refractory materials, we offer in-house refractory testing services. Our state-of-the-art mobile lab is equipped to perform sample preparation and testing in line with API 936 and ASTM standards. We conduct various tests, including cold crush strength, abrasion resistance, permanent linear change.

Refractory Thickness Estimation

Our innovative refractory thickness estimation service utilizes advanced 3D technology, replacing the traditional labor-intensive approach. Our sophisticated 3D scanning system captures detailed images, eliminating manual measurements and reducing downtime. The collected data is processed to generate a real-time 3D model, offering precise thickness measurements. This accuracy empowers clients to make informed maintenance decisions, preventing issues like heat loss and structural degradation in industrial processes.