Continuous Mesh Belt Atmosphere Furnace Systems

Innovative Designs for Maximum Efficiency

CAN-ENG is the industry leader for the supply of Continuous Mesh Belt Atmosphere Furnace Systems. Much of this can be attributed to design innovation which changed the industry and continues today. Can-Eng’s equipment leads the industry in up-time reliability, energy efficiency and soft handling features to deliver superior part cosmetics. Standard production capacities are available from 100 kgs/hr (250 lbs/hr) up to the largest systems in operation at over 3400kgs/hr (7500 lbs/hr).

CAN-ENG systems are usually supplied as totally automated, turn-key heat treating lines which include computer controlled loading systems, pre-wash stations, hardening furnaces, quench systems, post washer stations and tempering furnaces. Auxiliary equipment such as dephosphating systems, blackening systems, bin handling, atmosphere generators and full SCADA capabilities are also available to complete the system automation.

• Continuous production which delivers superior part quality
• High capacity, external belt loading designs that improve throughput efficiency while reducing part mixing and damage
• Specific design features to minimize possibility of foreign material
• Proven field reliability and maximum up-time performance
• Soft handling design features to minimize part damage
• Maximum fuel efficiency through innovative design and energy recuperation
• Fully automated SCADA systems with enhanced reporting and data collection capabilities
• Austempering, Carburizing, Martempering, and Neutral & Case Hardening Capabilities
• Standard production capabilities from 100 kgs/hr to 3400kgs/hr (250 lbs/hr up to 7500 lbs/hr)

Continuous Mesh Belt Furnace Systems Energy Reduction Systems (ERS™)

• ERS™ technology reduces the overall energy requirements, while maintaining the systems output capacity and product quality
• 20% reduction of overall CH4 consumption compared to conventional mesh belt systems
• Newly developed atmosphere recovery system reintroduces the heat source to the incoming product prior to entering the furnace
• Continuous preheating of in-going belt and work allows for energy recovery prior to entering the furnace
• Specially designed self recuperative burners integrate high velocity flue gas recirculation lowering NOx levels up to 50%
• Waste heat is reintroduced to auxiliary equipment for improved system efficiency
• Reduced heating times allow for additional production capacities
• Systems capable of obtaining CQI-9 compliance