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          Threaded Metal Inserts FSH-256 (2).png
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          Threaded Metal Inserts FSH-256 (1).png
          FSH-M5x9.5-HD7.9

          Fin-Set Inserts

          FSH Series Inserts

          The advantages:
          Easy press-in insertion;
          High pull-out performance in most thermoplastics;
          Self-aligning -Assists Installation;
          Press-in threaded inserts,automation-installation economizes labour;
          Straight knurls and inverse fins provide high-torque performance;
          Designed for thermoplastic plastics（ABS,PP,etc.）            

          Installation instruction:
          Using tool that matches the inner hole and outer diameter for installation;
          The installing bore diameter needs comply the size table;
          The pressing depth should be parallel to or 0.05mm higher than the plastic surface after installation;
          The inserts must be installed using a steady squeeze action press.A hammer blow type installation will prevent plastic flow and may damage the boss.    

          REQUEST SAMPLES
          CAD FILES DATASHEET
          TECHNICAL PARAMETER
          FAQ
          A Thread size M5x0.8
          L Insert lengths 9.5 mm
          OD Insert diameter 7.0 mm
          P Pilot end 6.3 mm
          HD  Head diameter 7.9 mm
          T Head thickness 1.07 mm
          Base panel material Plastic
          H Hole diameter 6.4-6.5 mm
          W Min. wall thickness 3.2 mm
          Materials Brass
          Surface Treatment Cleaning
          Installation Equipment/Method Press-in Threaded Inserts

          threaded-metal-inserts

          Q1: What are the main advantages of these press-in threaded inserts?
          A: These inserts offer several key benefits:

          • Easy press-in installation without secondary processes

          • Excellent pull-out resistance in most thermoplastic materials

          • Self-aligning design helps simplify and guide installation

          • Suitable for automated installation, reducing labor costs

          • Straight knurls and inverse fins ensure high torque resistance

          • Specifically engineered for thermoplastics like ABS, PP, and similar materials

          Q2: How should these inserts be properly installed?
          A: For correct installation:

          • Use a tool that matches both the insert's inner hole and outer diameter

          • Ensure the installation bore diameter complies with specified size tables

          • The insert should sit parallel to or 0.05mm above the plastic surface after installation

          • Apply a steady, squeezing pressure using a press – avoid hammer blows

          Q3: Why is hammering not recommended during installation?
          A: Hammer blows can prevent proper plastic flow around the insert, potentially damaging the boss and compromising holding strength. A controlled press ensures optimal material displacement and secure installation.

          Q4: Can these inserts be used in automated production systems?
          A: Yes. Their self-aligning feature and press-in design make them ideal for automated installation, helping to reduce labor requirements and improve production efficiency.

          Q5: What materials are these inserts designed for?
          A: They are specifically designed for use in thermoplastic materials, including ABS, PP, and other similar polymers.

          Q6: How is the installation depth controlled?
          A: The insert should be pressed until it is flush with or minimally proud (up to 0.05mm above) the plastic surface. Proper depth ensures optimal performance and appearance.

          Q7: What happens if the bore diameter is incorrect?
          A: An incorrect bore diameter may lead to poor insert retention, reduced pull-out strength, or damage to the plastic boss during installation. Always follow the recommended size specifications.