TIG Steel Frame, Aluminum Bars

Specialty Products

With a 20-gauge steel frame and steel rear blades, the TIG grilles have front blades of extruded aluminum construction, making them the best choice for industrial and commercial environments that require frequent changes in airflow pattern.

  • Offers two sets of air pattern blades that provide double deflection air patterns
  • Front blades are individually adjustable and spaced on 3/4" centers
  • Rear blades are gang operated and include an adjustment handle
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Product Application

If you need to accommodate air distribution for large volumes of air in your commercial spaces, then a double-deflection grille is what you need. Our model TIG is a commercial and industrial supply grille constructed with individually adjustable front blades and gang-operated rear blades. It is engineered to offer flexibility for your facility’s changing air pattern requirements. The front blades can be adjusted horizontally or vertically and provide exceptional directional control. It can easily be installed in places such as factories and other large industrial plants for efficient air distribution.
Product Application

Features

  • Comes with individually adjustable front blades. Features a steel frame with aluminum front blades
  • Standard sizes are from 10”x6” to 40”x36” in 2” increments of width and height. Multiple sections furnished for sizes greater than maximum
  • The standard finish is White (WH)
  • The unit has a minimum 20-gauge steel border that is 1-1/4” wide and assembled with welds at all four corners
  • Countersunk screw holes in the frame for a neat appearance
  • The front blades are fully adjustable and available in either horizontal or vertical orientation
  • Pole operator handle included for adjusting rear blades

Benefits

Efficient Design
Efficient Design

TIG comes with two sets of air pattern blades that provides you with maximum flexibility and control over air pattern deflection.

Precise Construction
Precise Construction

Tensioned blades are capable of maintaining their setting throughout the published CFM range without losing their angle of deflection.