NAPS Industrial Thermal Systems
Thermal systems define the stability, efficiency, and operating economics of modern manufacturing. From aluminum melting and holding furnaces to continuous curing ovens and large scale industrial heat platforms, performance depends on disciplined combustion control, temperature uniformity, structural integrity, and coordinated system integration. These systems are core production assets that directly influence throughput, metallurgical quality, energy consumption, and long term cost of operation.
NAPS engineers industrial thermal systems across the USMCA region in partnership with Shoei, integrating Shoei combustion and burner technology into complete furnace and oven platforms designed for North American production environments. Whether serving aluminum foundries, coating operations, or high temperature industrial processes, a NAPS Thermal System is engineered as a fully integrated energy platform that balances fuel efficiency, temperature control, safety, and operational reliability under sustained production conditions.
Engineered Furnace and Combustion Platforms
NAPS Heat Treatment and Process Furnaces
NAPS Heat treatment furnaces are engineered to deliver controlled thermal cycles that directly influence material properties, dimensional stability, and long-term component performance. Temperature uniformity, ramp rates, soak time, and controlled cooling must be managed precisely to ensure repeatable process outcomes across production loads. In aluminum applications and other high temperature industrial processes, furnace performance becomes a defining factor in product quality and operational efficiency.
NAPS integrates Shoei heat treatment furnace platforms into complete production systems engineered around client process requirements. Batch and continuous furnace configurations are designed to support defined thermal profiles, structural durability under sustained high temperature operation, and stable combustion control. Burner systems, airflow management, refractory design, and control architecture are coordinated to maintain consistent heat distribution while supporting fuel efficiency and operational safety.
Whether applied in aluminum processing, high temperature industrial components, or downstream manufacturing operations, a NAPS Heat Treatment System is engineered as a controlled thermal platform. Performance is defined not only by peak temperature capability, but by the ability to maintain repeatable thermal conditions, integrate with material handling systems, and sustain long term reliability in demanding production environments.
Aluminum casting capacity continues to expand across the USMCA region, driven by demand in automotive, heavy equipment, and structural applications. Melt rate, holding stability, and temperature uniformity directly affect casting quality, metal yield, and operating cost. Furnace design is therefore not simply a heating exercise; it is a production economics decision.
NAPS delivers aluminum melting and holding furnace systems engineered around disciplined combustion control, structural durability, refractory design, and coordinated material handling. Shoei burner and combustion systems are integrated into complete melt platforms that prioritize fuel efficiency, stable thermal profiles, and operational safety under sustained production loads. From standalone holding furnaces to integrated melt and transfer systems, each NAPS installation is engineered to support predictable output and long term reliability in demanding foundry environments.
NAPS Aluminum Foundry Systems
Industrial Ovens and Continuous Thermal Systems
Industrial ovens and continuous thermal systems are engineered to deliver controlled heat profiles that directly influence coating performance, material properties, and overall production throughput. Powder coating cure ovens, electrocoat bake systems, drying tunnels, and high-temperature process ovens must achieve consistent temperature distribution, predictable dwell time, and stable combustion performance under sustained operating conditions.
NAPS designs and integrates batch and continuous oven platforms configured around part geometry, line speed, and facility constraints. Conveyor interface, airflow management, insulation design, and burner control are coordinated to ensure temperature uniformity across the load zone while maintaining fuel efficiency and operational safety. Shoei combustion systems are incorporated into complete oven platforms engineered to support repeatable cure performance and long term reliability in demanding manufacturing environments.
Across all thermal applications, performance is defined by disciplined combustion control, temperature uniformity, structural durability, and integration with the broader production environment. A NAPS Industrial Thermal System is engineered as a controlled energy platform, not a standalone furnace or oven. Fuel delivery, burner configuration, airflow management, safety systems, and controls architecture are aligned to support predictable throughput, metallurgical consistency, and long-term operational reliability.
Through our partnership with Shoei, NAPS integrates proven industrial combustion and burner technology into complete thermal systems designed for North American production environments. The result is a thermal platform that balances efficiency, precision, safety, and accountability under sustained production conditions.