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          IT-256x5.56-OD4.29

          Inmold-Tek Inserts

          IT Series Inserts

          The advantages:   
          Injection molding embedding, available in brass and stainless steel materials products.
          Diamond knurled 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 inserts into the reserved core pin in plastic, then close the mold and mold it together with the plastic.
          The core pin needs to be designed to match the bottom hole of the thread.
          REQUEST SAMPLES
          CAD FILES DATASHEET
          TECHNICAL PARAMETER
          FAQ
          A Thread size 2-56UNC
          L Insert lengths .219 in
          OD Insert diameter .169 in
          B End diameter .142 in
          C Min.Thread lengths .115 in
          Base panel material Plastic
          Materials Brass
          Surface Treatment Cleaning
          Installation Equipment/Method Molded-in Threaded Inserts

          IT Series Inserts data


          What are mold inserts?

          Mold inserts are components used in the manufacturing process of injection molding, die casting, or other similar processes. They are usually made of metal or other durable materials and are designed to be placed into a mold to create specific features or shapes in the final product. Here are some key points about mold inserts:

          Function: Mold inserts can achieve complex geometries, undercuts, or specific surface finishes that are difficult or impossible to achieve with standard mold designs. They can be used to form holes, grooves or other intricate details in molded parts.

          Interchangeability: Inserts can be designed to be interchangeable so that manufacturers can easily swap out different inserts to produce a variety of parts without having to create entirely new molds. This flexibility can significantly reduce production costs and delivery times.

          Material: Mold inserts are usually made of high-strength materials, such as tool steel, aluminum or other alloys, that can withstand the high pressure and temperature during the molding process.

          Type: There are many types of mold inserts, including core inserts, cavity inserts and side action inserts, each type has a different purpose in the molding process.

          Applications: Mold inserts are widely used in industries such as automotive, consumer goods, electronics, and medical devices, where precision and detail in molded parts are critical.

          Overall, mold inserts play a vital role in increasing the versatility and efficiency of the molding process, allowing manufacturers to produce high-quality parts with complex features.