Furnace for Forging and heat treatment applications (Gas-fired)
Experience the perfect balance of rugged construction and thermal precision with our custom-fabricated industrial gas-fired heating furnaces. Engineered for demanding heat treatment applications including annealing, hardening, and stress relieving, our units feature heavy-gauge structural steel reinforced casings to withstand rigorous daily use. The interior utilizes a multi-layered, high-grade refractory lining that ensures superior heat retention and exceptional temperature uniformity throughout the chamber. Integrated with advanced control systems for precise ramp and soak cycles, our furnaces deliver consistent metallurgical results cycle after cycle. Designed for maximum energy efficiency and durability, this furnace is the reliable solution for your industrial thermal processing needs.
Furnace for Forging and heat treatment applications (Electric)
Achieve precise thermal control with our robust electric heating furnaces, engineered for a wide range of heat treatment applications, including annealing, hardening, and tempering. This unit is constructed with a durable welded steel shell and features a high-grade refractory brick interior lining for exceptional heat retention and structural integrity at high temperatures. The prominent, sinuous metallic heating elements, strategically mounted on the side walls, ensure uniform heat distribution throughout the chamber for consistent part processing. Paired with an accurate digital temperature control system, this furnace offers a reliable and efficient solution for your industrial or workshop thermal processing needs
Pit Furnace
A pit furnace is a vertical, cylindrical, refractory-lined furnace widely used in the steel industry for heating bars, billets, and forgings under controlled temperature conditions. Its deep chamber allows uniform soaking of long or heavy components, ensuring consistent metallurgical properties. Electrically or fuel-fired, pit furnaces provide precise temperature control for annealing, normalizing, and heat-treating operations. Their robust insulation, sealed covers, and efficient circulation systems help achieve high thermal efficiency and repeatable heating quality.