Product Description
- Also known as a clinch standoff or captive standoff.
- Standoffs are threaded separators used to raise one component above another.
- Ideal for applications where mounting, spacing or stacking of boards or panels is required.
- Frequently used in electronics to raise a printed-circuit board above a surface.
- When pressed into round holes, mounts permanently into sheet metal.
- Stainless steel significantly improves resistance to tarnishing or corrosion.
- Diameter (Nominal): #6
- Thread Pitch: 32
- Length (Nominal): 9/16"
- Outside Diameter (Nominal): 0.207"
- Category: Self-Clinching Standoffs
- System of Measurement: Inch
- Brand: Aspen Fasteners
- Head Style: Hex Head
- Drive Style: External Hex Drive
- Threading: Blind Threaded Style
- Thread Direction: Right-Hand Thread
- Material: Stainless Steel
- Material Grade: AISI 303 Stainless Steel
- Coating: Uncoated
- Origin: Origin Undefined
Product Videos
Custom Field
System of Measurement Inch
                        Origin Origin Undefined
                        Material Grade AISI 303 Stainless Steel
                        Order Standoffs
                        Head Style Hex Head
                        Thread Pitch 32
                        Drive Style External Hex Drive
                        Material Stainless Steel
                        Outside Diameter (Nominal) 0.207"
                        Brand Aspen Fasteners
                        Category Self-Clinching Standoffs
                        Thread Direction Right-Hand Thread
                        Diameter (Nominal) #6
                        Length (Nominal) 9/16"
                        Threading Blind Threaded Style
                        Product Class Spacers and Standoffs
                        Coating Uncoated
                        POS EL006-632X916-001000
                        cad_3d_viewer_url https||//3d.aspenfasteners.com/viewer/?cad_model=obj/EL006-632X916
               
 
 
              
             
       
            
             
                  
           
                  
           
                  
          