Your New Favorite Baileigh Industrial Hbr-7222 Hand Brake No Hidden Fees [mYvRNiMd]

Your New Favorite Baileigh Industrial Hbr-7222 Hand Brake No Hidden Fees [mYvRNiMd]: Your Ultimate Sheet Metal Solution

Introducing the Your New Favorite Baileigh Industrial Hbr-7222 Hand Brake No Hidden Fees [mYvRNiMd], a versatile tool designed for HVAC shops and race car fabrication shops. This heavy-duty racer brake is engineered to handle a wide range of sheet metal applications, making it an essential piece of equipment for professionals in these fields. With a capacity of 22 gauge mild steel and 20 gauge aluminum, the HBR-7222 ensures reliable performance on a variety of materials. Its robust construction and precise design make it a top choice for those seeking a high-quality hand brake.

Key Features and Specifications

Featuring a full 6' length, the HBR-7222 racer brake offers exceptional versatility. The fully welded construction, made from steel plates with support trusses on top and bottom, provides unparalleled stability and support. Each side of the sheet metal brake is equipped with a right and left precision cam lever arm, allowing for easy lifting and dropping for clamping. The adjustable clamping pressure feature adds to its versatility, making it perfect for both delicate and robust work. Here are some of the key specifications:

• Thickness (SS): 22 ga.
• Bend Angle: 0 - 120°
• Power: Manual
• Shipping Weight: 410 lbs.
• Shipping Dimensions: 80" x 16" x 23"

* specifications subject to change without notice.

Practical Applications and Value

Whether you are producing and hanging your own bodies for race cars or working on HVAC systems, the HBR-7222 racer brake is the ideal tool for the job. Its exceptional capacity and precise design make it a reliable companion in your workshop. The standard equipment, including a sturdy stand, ensures that the HBR-7222 is ready to use right out of the box. With Baileigh Industrial's commitment to quality, you can trust that the HBR-7222 is built to last and deliver exceptional performance time after time.