Hobart 00-23490 Beater Paddle for 80 QT Bowl Aluminum

SKU: 00-23490 Brand: Availability:
In Stock
(0)

C$ 867.36 Price reduced from C$ 886.76
Save C$ 19.40


Have a Question? +1 (866) 863-0907 / (630) 326-8602

Specifications:

Attribute Details
Aluminum Beater Paddle,
For 80 Qt Bowl
Hobart Mixer

Description

The Hobart 00-23490 Beater Paddle is compatible with 80 QT mixing bowls and is built to offer kitchens a long-lasting and effective solution. It is made from smooth aluminum that can mix most food ingredients with ease and swiftness hence making consistent doughs, batters, and other thick foodstuffs. This beater paddle is perfect for bakeries, restaurants, and any food service business since it is easy to maintain and lasts longer. It is strong hence minimizing the likelihood of, enhancing functioning and minimizing time off. A favorite in large operations it increases efficiency without compromising the contents of the meals.

More Information:

  • HOBART:00-23490 ,00-275448 ,23490 ,275448 ,HOB00-23490 ,HOB00-275448 ,HOB23490 ,HOB275448||UNIWORLD:UM-80FB ,UM80FB ,UWDUM-80FB ,UWDUM80FB

Step1: Ensure appliance is unplugged and bowl is lowered to avoid accidental start.

Step2: Align beater paddle with bowl hub and slide onto drive shaft.

Step3: Rotate paddle until it locks securely into place.

Step4: Raise bowl, plug in, and run at low speed to test stability.

Customer Reviews

No reviews yet. Be the first to write one!

  • What maintenance is required for the Hobart 00-23490 Beater Paddle?

    Wash the paddle after each use to remove batter or food residue. Inspect for bending or coating wear that may affect mixing performance. Ensure proper attachment before operation and store in a dry area to maintain structural integrity and consistent mixing results.

  • What are common issues with the Hobart 00-23490 Beater Paddle?

    • Bending reducing mixing efficiency.
    • Coating wear affecting surface smoothness.
    • Food buildup causing imbalance.
    • Loose attachment during operation.
    • Cracks from heavy load mixing.