Products

Industrial drying ovens remove water or other liquid from a material or object. GBM has manufactured batch and conveyor ovens for drying applications for over 30 years. An industrial oven from GBM is built to your specifications and built to last.

The function of an Industrial Drying Oven is to remove moisture from a product. Depending upon the process and production requirement, a Batch or Conveyor configuration is available. To meet both process and safety requirements, the exhaust system is engineered to accommodate specific moisture release rates. Multiple heat zone configurations can be provided to maximize drying efficiency.

Each Industrial Oven project undergoes a comprehensive evaluation of every production requirement. The assessment includes areas such as production goals, part configuration and construction, part mass, temperature profile, and facility location or elevation.

Electric motors face hindrance in normal functioning because of moisture. The motor windings     operating in damp atmospheres need to be dried periodically to avoid any malfunctioning or    accidents. Due to condensation of vapors in winters and in the rainy season, motors get damp and gain moisture. For removal of moisture and maintain proper working, they are dried to optimum temperature to evaporate moisture from the motor. They eliminate the need for open flame or torch flame, which are harmful for electric motor components. They help in uniform and complete drying of the motor windings. Drying ovens are very easy and safe to operate

Features

• Economical operation is achieved with superior thermal process engineering practices that apply state-of-the-art insulation material, airflow management, and custom programming.
• Recirculation fans with high efficiency motors to reduce energy consumption.
• Recirculation ductwork designs provide precise airflow to specific areas of the product resulting in smaller footprint ovens thus reducing utility and factory space costs.
• High-efficiency (gas or electric) heat sources to reduce energy costs.
• Robust structural oven frames and component supports.
• Application specific insulation materials are selected to provide optimum insulating characteristics and long term energy savings.
• Design considerations for easy access to process areas and oven components.
• Programmable controllers with HMI (Human Machine Interface) displays allow for user friendly operation and machine diagnostics.
• Factory tested to ensure on time delivery and field start up.

Heat Sources

• Electric