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): #4
- Thread Pitch: 40
- 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
Thread Pitch 40
                        cad_3d_viewer_url https||//3d.aspenfasteners.com/viewer/?cad_model=obj/EL006-6440X916
                        Brand Aspen Fasteners
                        Threading Blind Threaded Style
                        Category Self-Clinching Standoffs
                        Head Style Hex Head
                        POS EL006-6440X916-001000
                        Order Standoffs
                        Origin Origin Undefined
                        Outside Diameter (Nominal) 0.207"
                        Material Stainless Steel
                        Product Class Spacers and Standoffs
                        Thread Direction Right-Hand Thread
                        Drive Style External Hex Drive
                        Length (Nominal) 9/16"
                        Material Grade AISI 303 Stainless Steel
                        Diameter (Nominal) #4
                        System of Measurement Inch
                        Coating Uncoated
               
 
 
              
             
       
            
             
                  
           
                  
           
                  
          