6/32 Computer Pc Case Motherboard Mounting Hard Drive Screw Black Silver UNC
Basic Information
Product Name: Computer Pc Screw
Size: 6-32*6mm / 6-32*8mm / 6-32*12mm / M3*6mm
Material: Carbon Steel(Black Zinc Plated / Bright Nickel Plated / White Zinc Plated)
Warm Reminder: The Picture Is For Reference Only, And The Size, Color, Printing, Etc.
Product Features
#6-32 UNC Screws:
Use: Mainly Used To Secure Power Supplies, Mechanical Hard Drives, Motherboards, Etc.
Features: #6-32 UNC Is A Coarse Threaded Screw With A Nominal Diameter Of 3.5052mm And A Pitch Of 1/32 Inch (0.7938mm). These Screws Are Very Common In Computer Cases And Are Usually 4.76, 6.4 Or 7.94mm In Length.
M3 Screws:
Use: Commonly Used To Secure Motherboards, 2.5 Inch Ssds And Optical Drives.
Features: M3 Screws Are Metric Screws With A Nominal Diameter Of 3mm, A Standard Coarse Pitch Of 0.5mm, And A Length Of Typically 5mm.These Screws Have Good Stability And Versatility.
Use: Mainly Used To Secure Power Supplies, Mechanical Hard Drives, Motherboards, Etc.
Features: #6-32 UNC Is A Coarse Threaded Screw With A Nominal Diameter Of 3.5052mm And A Pitch Of 1/32 Inch (0.7938mm). These Screws Are Very Common In Computer Cases And Are Usually 4.76, 6.4 Or 7.94mm In Length.
M3 Screws:
Use: Commonly Used To Secure Motherboards, 2.5 Inch Ssds And Optical Drives.
Features: M3 Screws Are Metric Screws With A Nominal Diameter Of 3mm, A Standard Coarse Pitch Of 0.5mm, And A Length Of Typically 5mm.These Screws Have Good Stability And Versatility.
Triangular Self-Locking Screws Are Commonly Used In The Connection Of Thin Iron Plates, Castings, And Hard Plastics. Triangular Screws Have A Unique Approximate Triangular Cross-Sectional Profile And A Chamfer At The Front End For Positioning, Similar To A Tap Used For Tapping. The Connected Part Can Be Automatically Inserted Without A Bottom Thread, Providing Better Anti Loosening And Anti Vibration Effects, Replacing The Traditional Assembly Method Of Using Machine Screws And Spring Washers, Reducing Assembly Time, Direct Costs, And Providing Better Connection Effects. Without Any Spring Washers, The Locking Effect Can Be Improved When Vibration Occurs
Connecting Is More Reliable, Saves Expensive Tapping Devices And Operations, And Reduces Direct Costs
When Installing Ordinary Self Tapping Screws, We Often Need High Torque Values To Overcome Friction. The Unique Cross-Sectional Shape Of Triangular Self Tapping Screws Is Used To Reduce Friction. A Relatively Small Torque Is Sufficient To Install The Screw In Place. As The Triangular Screw Rotates, A Strong And Hard Mother Thread Is Also Formed. Relieve Thread Wear And Chip Problems, Reduce Interference Between Thread Lines
