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          LS Self-Clinching Nuts (2).png
          LS Self-Clinching Nuts (1).png
          LS-M2.5-0ZI

          LS Self-Clinching Nuts

          LS Series Self-Clinching

          The advantages:
          High torque resistance
          Reverse side of the sheet remains totally flush
          Small and neat, ideal for all electronics or precision equipment
          Easy assembly with any squeeze action press
          Self clinching nuts are threaded fasteners which incorporate a knurled platform and a groove.
          This platform,when embedded in the sheet,
          Causes the displaced material to flow evenly into thegroove of the fastener to give a positive retention.
           
          Installation:
          Must always be carried out using a squeeze action-nevr a shock load
          Punch a hole in the metal sheet to the size recommended in our technical data table.
          De-burring of the hole is not recommended.
          Apply pressure to the head of the fastener sufficient to totally embed the clinching ring around the entire circumference and bring body in contact with the sheet.
          Insert fixing screw or bolt from side opposite to the fastener body.
          REQUEST SAMPLES
          CAD FILES DATASHEET
          TECHNICAL PARAMETER
          FAQ
          M  Thread size M2.5x0.45
          A  Shank Max. 0.77 mm
          Rec. Min.Sheet Thicknes 0.8 mm
          Hole Size In Sheet 4.22 mm
          C Max. 4.2 mm
          E ±0.25 6.35 mm
          T ±0.25 1.5 mm
          Min.Dist. Hole C/L To Edge 4.8 mm
          Base panel material Aluminum, Steel
          Material Carbon Steel
          Heat Treatment Hardened
          Surface Treatment Zinc plated
          Installation Equipment / Method Self-Clinching
          LS Self-Clinching Nuts data

          What are the three types of fasteners?

          Fasteners are important components used to connect or fasten two or more objects together. There are many types of fasteners, but the following three are common:

          1. Mechanical fasteners: These are devices that physically connect components. Examples include:
          Bolt: Usually used with a nut to fasten two or more parts together.

          Screw: Designed to be screwed into materials to hold them together, usually without the need for a nut.

          Nut: Used with bolts to create a secure fastening.

          2. Adhesive Fasteners: These fasteners involve the use of adhesives or glues to bond materials together. They provide a strong bond without the need for mechanical parts. Examples include:

          Epoxy: A strong adhesive used to bond a variety of materials.

          Super Glue: A quick-drying adhesive perfect for small repairs.

          3. Interlocking Fasteners: These fasteners rely on mechanical interlocking to hold components together. Examples include:

          Rivet: A permanent fastener that holds materials together by deformation.

          Snap Buttons: Commonly used in clothing and interior decoration, can be easily installed and removed.

          Each type of fastener has specific applications and benefits, depending on the materials being joined and the assembly requirements.