W-Wall® Ovens

Rooftop W-Wall Oven Outdoor W-Wall Oven W-Wall Oven Industrial W-Wall Oven Video thumbnail
Rooftop W-Wall Oven Outdoor W-Wall Oven W-Wall Oven Industrial W-Wall Oven

Request A Quote

Click here to request a quote for one of Wisconsin Oven's standard or custom industrial ovens & furnaces.

Product details

The Most Thermal Efficient Industrial Oven. Wisconsin Oven Corporation's patented W-Wall® industrial oven construction is an innovative solution for your heat processing needs! The W-Wall® industrial oven begins with standard metal building components assembled in a patented design, with allowances for thermal expansion. The wall sections are designed with spans of 6'W x 20'L or greater, without any through metal. The design uses manufactured structural shapes, engineered for strength, with lightweight cross sections. The horizontal supports are slotted for growth. The W-Wall® design provides for the most thermal efficient industrial oven design ideal for outdoor installations.

The corrugated walls act as an accordion to accommodate thermal expansion. There is 6" of 6# density batt type insulation and a 2" dead air space, resulting in only 8-12 BTU's of shell loss per square foot. This is 1/10th of normal panel construction. The exterior shell is mill treated with the color of your choice. The surface is warranted against fading, chalking and peeling for a period of ten years. The interior shell and duct are fabricated of aluminized steel.

Request A Quote

Click here to request a quote for one of Wisconsin Oven's standard or custom industrial ovens & furnaces.

The Most Thermal Efficient Industrial Oven. Wisconsin Oven Corporation's patented W-Wall® industrial oven construction is an innovative solution for your heat processing needs! The W-Wall® industrial oven begins with standard metal building components assembled in a patented design, with allowances for thermal expansion. The wall sections are designed with spans of 6'W x 20'L or greater, without any through metal. The design uses manufactured structural shapes, engineered for strength, with lightweight cross sections. The horizontal supports are slotted for growth. The W-Wall® design provides for the most thermal efficient industrial oven design ideal for outdoor installations.

The corrugated walls act as an accordion to accommodate thermal expansion. There is 6" of 6# density batt type insulation and a 2" dead air space, resulting in only 8-12 BTU's of shell loss per square foot. This is 1/10th of normal panel construction. The exterior shell is mill treated with the color of your choice. The surface is warranted against fading, chalking and peeling for a period of ten years. The interior shell and duct are fabricated of aluminized steel.

The W-Wall® industrial oven features:

  • Standard metal building components assembled in a patented design
  • Corrugated walls act as an accordion to accommodate thermal expansion
  • 6” of 6# density batt type insulation
  • Exterior shell is mill treated with color of your choice
  • Interior shell and duct are fabricated with aluminized steel
  • High volume, high velocity airflow
  • NEMA 12 control panel, fully wired & tested with digital temperature controller
  • FM, NFPA, & NEC compliant
  • Click here to view a video on the W-Wall® industrial oven construction

There are a number of options available for your W-Wall® industrial oven including:

  • Guaranteed temperature uniformity & certification
  • Windows, lights, access ports, etc.
  • PLC controls
  • Data acquisition and recording
  • Many more options available upon request

Wisconsin Oven's W-Wall® industrial ovens are designed for demanding applications such as:

The W-Wall® industrial oven provide you with thermal efficiency and the following benefits:

  • Heavy duty construction with quality components
  • Patented W-Wall® construction replaces tongue & groove panels
  • Allows for thermal expansion
  • Ideal for outdoor installations
  • Wall losses cut by 90%
  • Shell maintenance eliminated
  • High volume airflow provides excellent uniformity and heating rates