Gasbarre Thermal Processing Systems commissioned a 48-inch-wide belt annealing furnace for a global manufacturer. The furnace is equipped with three heating zones that can heat up to 1200°F (650°C). The company required a target belt speed of 10 inches per minute and 2,000 pounds per hour, which were achieved. To aid with unattended loading and offloading, Gasbarre designed a special automated parts feeder and a pneumatic unload mechanism. The furnace also includes an Allen-Bradley PanelView HMI for complete furnace control and data tracking and trending. 

Stelco Inc. commissioned a state-of-the-art batch annealing facility in Hamilton, Ontario, and is starting shipment of fully processed, annealed cold-rolled steel sheet. The restart of a modernized and upgraded temper mill, along with installation of new annealing furnaces, will allow the company to add up to 200,000 net tons of fully processed cold-rolled steel to its product mix. With completion of this $30 million project, Stelco will be able to increase service to the automotive and appliance markets.

Gasbarre Thermal Processing Systems manufactured and commissioned a humpback annealing furnace for a worldwide manufacturer and distributor of stainless steel sinks. The gas-fired, continuous furnace, which was custom-designed to meet the company’s strict process requirements, measured 106 feet long with a belt width of 32 inches. It is equipped with six heating zones that can heat up to 2200°F. The sink manufacturer wanted to increase production by up to 50%. A belt speed of 51 inches per minute was chosen to achieve that goal.

Andritz received an order from China’s Qinghai Zhuofeng New Material Co. Ltd. to supply two continuous annealing and processing lines, each with an annual capacity of 110,000 tons. Start-up is scheduled for the second quarter of 2021 (line 1) and the second quarter of 2022 (line 2). The lines will produce high-quality, flat aluminum product for the automotive industry. Andritz’s scope of supply also includes automation technology and commissioning.

Lindberg/MPH shipped a 2012°F (1100°C) crucible furnace to a research-and-development laboratory in the nuclear industry. The furnace will be used for laboratory melting applications including annealing, ashing, carbon firing, ceramic firing, hardening, nitriding, normalizing, sintering, solution treating and stress relieving. It is designed for use with a variety of crucibles, including alumina, mullite, quartz and metallic.

Atmosphere thermal processing improves the properties of fabricated metals. Operations include annealing, brazing, sintering (for powdered metals, metal injection molding and additive manufacturing) and glass or ceramic-to-metal sealing.

SECO/WARWICK received an order from a U.S. manufacturer of flat-rolled aluminum sheet for a sow and T-bar preheat furnace system to achieve maximum product quality, energy savings and melt safety. The furnace offers optimum airflow management and a heating system that promotes efficient heat transfer throughout the work. It includes a patented movable baffle system and fixed base airflow spacers for maximum heat transfer to varying height loads. The system is PLC-controlled with remote I/O and dual operator-interface control stations.

Ebner received an order for a bell annealer facility from Japan’s Nisshin Steel Co. Ltd. The facility will include four heating bells, six 6 HICON/H2 workbases and two cooling bells. All required supplementary equipment, such as the hydraulic system, pressure-control system, water recooling system, emergency nitrogen supply connections and the complete electrical system, will be supplied by Ebner.

Thinking back to our high-school days often brings a smile to our faces. As a freshman, the daunting task of picking a foreign language to study fell to The Doctor’s mother, who immediately chose Latin for him.

Wisconsin Oven Corp. shipped an electrically heated annealing furnace to a firearm manufacturer. The conveyor furnace, which has a maximum temperature rating of 1400°F (760°C) and a normal operating temperature of 572-1202°F (300-650°C), will be used for annealing an assortment of brass and bronze firearm caps. Work-chamber dimensions measure 3 feet wide x 9 feet long x 6 feet high.