Swedged Steel Tube, 3/4 Inch Thread
Universal Fit, 1.000" Tube O.D., 3/4"-16 RH/LH Thread Pitch, Steel, Gold zinc
- Constructed from 1.00" OD .095" wall thickness tubing and swage formed on each end for the ultimate combination of weight and strength
- 3/4"-16 threads with RH threads in one end and LH threads in the other which allows easy length adjustment by spinning the tube
- Zinc plated for corrosion resistance
- Knurled section provides extra grip when spinning tube for adjustment
- Available in 9" to 37" length to suit a variety of applications
- Zinc plated steel tube with .095-inch wall thickness for four-link, control arm, and other chassis uses
- Suitable for Panhard rod, drag link, chassis bracing, and more
- Ends threaded 3/4-16 LH and RH threads for rod ends or clevises of your choice
- Available in 23 lengths from 9-inches to 37-inches long, most in 1-inch increments
- Outside diameter of tube is 1-inch
- IMCA approved component
- Thin wall construction with swedged ends offers lighter weight than comparable non-swedged tubes
- Single rotation will adjust the overall length in or out by approximately 1/8-inch
- Knurled surface to aid in rotating the tube to make required adjustments
- Order by actual length measurement required for application
Swedged Tubing Provides Similar Strength with Less Weight
Weight is the enemy of a race car. Any time you can save weight without reducing integrity or creating an unsafe situation you will benefit. Utilizing thin wall steel tubing for such things as control arms, Panhard bars, steering linkage, and more are all great ways to not only save weight but allow your suspension and steering to react faster to changes in the track surface, which ultimately keeps your race car’s tires in contact with the racing surface for precise throttle, braking, and steering control that can put you in the winner’s circle.
One easy way to save weight is to replace heavy wall steel suspension and steering tubes with thin wall steel versions that utilize a swedged end. Swedged tubing is the perfect upgrade to these suspension and steering pieces when sized properly for the application. Swedging the ends of the steel tubing shrinks the outside diameter down, which thickens the wall of the tubing in the area where threads are created for the heim joint, bushing, or clevis end piece to be installed. This critical area is cold formed, which further strengthens the steel tube. Swedged steel tubes are lighter than their non-swedged steel counterparts while meeting the same strength requirements.
Multiple Lengths to Fit Any Race Car Application
We offer these super strong steel threaded tubes for your project in a gold zinc finish. They are constructed from high strength steel and available in 23 different lengths from 9-inches to 37-inches, with 1-inch increments from 9- to 30-inches. These zinc finish steel tubes are threaded to accept 3/4-16 rod ends, bushings, or clevises with left-hand and right-hand threads. This allows the adjusting sleeve to be mounted between two points of adjustment, such as a drag link or tie rod in a steering system, among other fitment applications. Rotating the threaded tube moves the threaded ends of your choice inward or outward for adjustment. For the 3/4-16 thread ends these steel sleeves utilize this equates to roughly 1/8-inch of adjustment for each full rotation of the hollow threaded tube.
Great for IMCA Chassis and Suspension Builds
Wherever you wish to save weight by using a thin wall swedged steel adjustable threaded tube in your race car, be it for a steering linkage, chassis support, or elsewhere, it is easy to figure out exactly what you need. Simply measure the center-to-center distance of your two adjustment or mounting points, subtract 4 inches for your rod ends, bushings, or clevises you choose and then order the closest length to that measurement. So, if your final measurement after subtracting the 4 inches for your ends is 18-inches, that is what you will order from the drop-down menu.
Tech Tip: When assembling a tube, each heim end adds approximately 2" to the overall length (assuming the heim is screwed into the tube half way.) If you have a heim on each end of the tube, the working length from eye to eye will be approximately 4" longer overall. As a rule, your tube length will need to be 4" shorter than your working eye to eye length requirement.
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