| A Thread size | M3x0.5 |
| L Insert lengths | 5.2 mm |
| Base panel material | Plastic |
| H Hole diameter | 3.70-4.0 mm |
| W Min. wall thickness | 1.70 mm |
| Y Min. Hole depth | 5.3 mm |
| Materials | Brass |
| Surface Treatment | Cleaning |
| Installation Equipment/Method | Press-in Threaded Inserts Heat Staking/Ultrasonic |

Q1: What are the main advantages of these press-in threaded inserts?
A: These inserts offer several key benefits:
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Suitable for automated installation, significantly reducing labor requirements
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Unique agnail and groove design ensures high pull-out strength and torque resistance
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Specifically engineered for thermoplastic materials including ABS, PP, and similar polymers
Q2: What are the proper installation requirements?
A: Correct installation requires:
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Using installation molds that precisely match both the inner hole and outer diameter specifications
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Ensuring the installation bore diameter strictly complies with the recommended size tables
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Achieving a pressing depth that results in the insert being flush with or 0.05mm above the plastic surface
Q3: Why is precise mold matching important during installation?
A: Properly matched molds ensure:
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Even distribution of installation forces
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Prevention of insert damage during pressing
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Consistent installation depth and performance
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Maintenance of insert alignment throughout installation
Q4: What happens if the bore diameter does not meet specifications?
A: Incorrect bore diameter may cause:
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Reduced pull-out performance
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Compromised torque resistance
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Potential damage to the plastic boss
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Irregular installation depth
Q5: Why is the 0.05mm height tolerance specified?
A: This tolerance ensures:
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Optimal surface contact with mating components
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Sufficient material engagement for maximum retention
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Prevention of sink marks or surface irregularities
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Consistent aesthetic appearance
Q6: Can these inserts be used in automated production systems?
A: Yes, these inserts are specifically designed for:
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High-speed automated installation
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Consistent performance in volume production
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Reduced labor costs through automation compatibility
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Reliable feeding and placement in assembly systems
Q7: What materials are these inserts designed for?
A: These inserts are optimized for use with:
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ABS (Acrylonitrile Butadiene Styrene)
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PP (Polypropylene)
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Other similar thermoplastic materials



