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120Pcs M2x4x3.5 Brass Threaded Inserts for Plastic Brass Inserts 3D Printing Knurled Nut Brass Embedment Nut Heat Set Insert for 3D Printing Plastic

Free shipping on orders over $29.99

$6.96

$ 2 .99 $2.99

In Stock

1.Size:M2x4x3.5 - 120pcs


About this item

  • 1.☛[What You Get] --- This set contains 120 pieces select M2x4x3.5 heat set insert. Overall Dimension: Thread Size: M2; Height: 4mm; Outer Diameter: 3.5mm. All are packed in a plastic bag for easy storage.
  • 2.☛[Quality Brass Material] --- With excellent conduction of heat, heat tolerance, rust and corrosion resistance, wear resistance. These brass threaded inserts for plastic are strong enough to provide easy insertion and long service life.
  • 3.☛[Exquisite Workmanship] --- These brass inserts are made in strict accordance with standard. The nice, threaded thru hole are clean without burr, accurate, uniform, not easy to deform, offering secure and durable performance.
  • 4.☛[Provide High-Stability] --- This knurled nuts can form a tight grip by inserting into 3D printed plastic part, making it effectively resists torque and pull-out, won't cause cracks easily. A soldering iron is required during installation.
  • 5.☛[Versatile Use] --- Designed for use in 3D printed thermoplastic plastics such as PLA, PETG, ABS, PPS, PP, etc.. These brass threaded inserts for plastic are widely apply to industries including electronics, automotive, medical, recreational equipment and much more.


♞Mardatt Brass Threaded Inserts for Plastic Brass Inserts 3D Printing Knurled Nut Brass Embedment Nut Heat Set Insert
Specification:
★Product Type: Heat Set Insert
★Material: Brass
★Quantity: 120 Pieces
★Size: M2x4x3.5 (Thread Size x Height x Outer Dia.)
Feature:
1.Precise, Clean Thread: Made in strict accordance with standard, the threads are clean and smooth, making installation easier and faster.
2.Professional Design: Knurl pattern on the surface can make a tighter grip when inserting into 3D printed plastic part.
3.Versatile Use: Common used in 3D printed thermoplastic plastics such as PLA, PETG, ABS, PPS, PP, etc..
Insertion Steps:
Step 1: Set the insert nut - Firstly, set the insert nut on the 3D printed plastic part surface.
Step 2: Heat and insert nut - Secondly, use the soldering iron to heat the insert. When the surrounding plastic softens, push the insert down.
Step 3: Let the plastic part cool - As the plastic cools, the plastic becomes hard again and the screw can now be tightened.
Warm Tips:
1.Tool needed: a soldering iron is required during installation.
2.Please take care of yourself when you install.
3.Please see the 2nd picture for more size information of the product.
Quality After-Sale Service:
-We are highly confident with our product, believing that you’ll be satisfied with it! Any questions or concerns, please feel free to contact us. We will try our best to solve all of you problems to your satisfaction :)


Wayne Dafter
Reviewed in Australia on June 18, 2024
Top quality product*****Great value*****Very fast shipping*****Perfect transaction*****Thank You*****
jason
Reviewed in Canada on November 8, 2024
I think all there but all mixed up complete mess maybe from shipping don’t know. Sucks to have to sort this out but product looks good. Just a mess
Doug H
Reviewed in Canada on January 31, 2024
Product exactly as I expected. The post office needs their fingers slapped as the beautiful box that the inserts were in was dammaged!
DruiD_VR
Reviewed in Australia on April 17, 2024
Really great to up your projects with quality fittings.I am using these weekl and really gives a professional joinery to projects.Excellent quality and range selection in this kit.
RobL
Reviewed in the United Kingdom on October 14, 2023
I purchased this set as I was working on a project that required threaded inserts for extra strength. The variety of sizes make this a handy kit although some of the smaller inserts are unlikely to be useful in reality. I would prefer more of the larger sizes and leave the smaller ones out. Installation into 3D printed part of ABS required drilling a hole of the correct size and heating the insert with a soldering iron whilst providing downwards pressure until it finishes flush with the surface of the part. Internal thread within the insert was cut to a good accuracy which made attaching a fixing bolt easy. Assembled strength seems good which should ensure the insert doesn't pull out of the part. Overall a really handy set with enough parts left over for future projects.
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