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          FT Series Inserts (2).png
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          FT-M6x14.4-OD9.8

          FT Inserts

          FT Series Inserts

          The advantages:
          Injection molding.
          Oblique knurling with groove design can provide strong torque and pulling force.
          Blind-end design can effectively prevent plastic backflow causing internal hole defects
          Suitable for thermoplastic plastics and thermosetting plastics.
           
          Installation instruction:
          Please put the threaded inserts into a reserved core pins, then closed the mold and mold it together with the plastic.
          The core pin is designed to match the bottom hole of the thread or be designed according to the size table. 
          If the core pin is smaller, it will cause the platic overflow into the internal thread; if the pin oversize, it will cause the inserts failed put into.
          REQUEST SAMPLES
          CAD FILES DATASHEET
          TECHNICAL PARAMETER
          FAQ
          A Thread size M6x1.0
          L Insert lengths 14.4 mm
          OD Insert diameter 9.8 mm
          C Min.Thread lengths 8.1 mm
          F Counterbore Depth 2.0 mm
          Base panel material Plastic
          Materials Brass
          Surface Treatment Cleaning
          Installation Equipment/Method Molded-in Threaded Inserts

          FT Series Inserts data-2

          Q1: What types of threaded inserts does your product line cover?
          A: We provide a comprehensive range of threaded inserts, including:

          • Threaded Metal Inserts

          • Thread Inserts for Plastic

          • Threaded Inserts for Metal

          • Screw Inserts for Plastic

          • Thread Inserts for Metal

          Q2: What are the key advantages of your injection molding embedding inserts?
          A: Our inserts offer the following benefits:

          • Designed for seamless injection molding embedding

          • Oblique knurling with groove design ensures strong torque and pull-out resistance

          • Blind-end design effectively prevents plastic backflow and internal thread contamination

          • Suitable for both thermoplastic and thermosetting plastics

          Q3: How are these threaded inserts installed?
          A: Proper installation requires careful attention to the following steps:

          1. Place the threaded inserts onto the reserved core pins before mold closure

          2. Close the mold and complete the injection molding process with the inserts embedded

          3. Ensure core pins are precisely sized according to the thread bottom hole specifications in our size table

          Q4: Why is accurate core pin sizing critical during installation?
          A: Core pin dimensions directly affect installation quality:

          • Oversized pins can cause insert deformation or prevent proper seating

          • Undersized pins may allow plastic to overflow into the internal threads, compromising fastener function

          Q5: What materials are these inserts compatible with?
          A: These inserts are engineered for use with both thermoplastic and thermosetting plastic materials, providing versatile application across various manufacturing processes.

          Q6: How does the blind-end design prevent defects?
          A: The sealed bottom of the insert acts as a barrier that prevents molten plastic from flowing into the internal threads during molding, ensuring clean, fully functional threads without post-molding cleaning requirements.

          Q7: What industries commonly use these injection molding inserts?
          A: These inserts are widely used in:

          • Automotive component manufacturing

          • Electronics and appliance housing production

          • Medical device assembly

          • Consumer goods manufacturing

          • Industrial equipment production