Steel Spherical Rod End Bearing Heim Joint - 3/8
Bearing Ball, 3/8" Bore
Part #: R06R11581
Steel Spherical Rod End Bearing Heim Joint - 3/8
Bearing Ball, 3/8" Bore
Part #: R06R11581
Part #: R06R11581
PRODUCT SPECIFICATIONS
- Triangle Series
- R06
- Type
- Spherical Rod End Bearing Heim Joint
- Shaft Size (Bore ID)
- 3/8"
- Inside Diameter Lower Tolerance
- 0.375"
- Inside Diameter Upper Tolerance
- 0.376"
- Other Lubrication Apparatus Options Available
- No
- Mount Material
- Steel
- Other Mount Finish available
- No
- Tapped Hole Available
- No
- Thread Type
- Female Right Hand Thread
- Bearing Fit Options Available
- No
- Thread Diameter
- 3/8
- Thread Length
- 2.122"
- Machined Process
- Machined
- Thread Cut
- 3/8-24 UNF / 3/8-24 UNF
| Triangle Series: | R06 |
| Type: | Spherical Rod End Bearing Heim Joint |
| Shaft Size (Bore ID): | 3/8" |
| Inside Diameter Lower Tolerance: | 0.375" |
| Inside Diameter Upper Tolerance: | 0.376" |
| Mount Material: | Steel |
| Other Lubrication Apparatus Options Available: | No |
| Other Mount Finish available: | No |
| Tapped Hole Available: | No |
| Bearing Fit Options Available: | No |
| With Cushion: | No |
| Diagram Drawing File Path: | /var/www/html/Application/webroot/pub/media/catalog/product/technical-images/r06r11581_drawing.pdf.jpg |
| Thread Type: | Female Right Hand Thread |
| Thread Diameter: | 3/8 |
| Thread Length: | 2.122" |
| Bearing Insert Material: | 52100 (Hard Steel) |
| Machined Process: | Machined |
| Bearing Mount Type With Bearing: | No |
| Rod End Bearing Height: | 0.5" |
| Thread Cut: | 3/8-24 UNF / 3/8-24 UNF |
Value proposition R06 Spherical Rod End Bearing Heim Joint
These spherical rod end heim joints are a 3/8" female thread. Available bore sizes are 7/16" and 3/8". They are stamped from 14 gauge galvanized steel. Ball and race options include sintered bronze with galvanized steel race, chrome plated steel ball with brass race and chrome plated steel ball with PTFE lined race. These rod ends are available as is or as a full assembly. Custom options are available at high volumes.
