Huawei Nova 5T Honor 20 Blue SIM Tray

SIM Tray for Huawei Nova 5T and Honor 20: Protected Reader and Precise Fit

This blue SIM tray allows you to restore the correct fixing of the cards in your Huawei Nova 5T or Honor 20. The SIM card holder replaces the bent or lost part, ensuring alignment with the internal board contacts.

Technical Specifications

• Part type: SIM tray
• Compatibility: Huawei Nova 5T (YAL-L21, YAL-L61, YAL-L71, YAL-AL00); Honor 20 (YAL-L21, YAL-AL00, YAL-TL00)
• Colour: Blue
• Quality: Premium

When to Replace

• The previous SIM drawer broke, bent or was lost.
• The phone does not recognise the card due to a lack of correct pressure on the internal contacts.
• The part became jammed or does not fix fully aligned with the side of the device.
• Mobile network signal loss occurs due to poor card positioning — confirm the diagnosis.

Notes for the Technician

• Test before applying: connect the part to the device and confirm its operation before fixing or gluing it permanently. Thus, if there is any problem, the return or warranty is handled quickly and simply.
• Difficulty: Easy.
• Does not require internal disassembly of the phone for its insertion.
• Use an ejection tool of appropriate size to eject the mechanism without scratching the side entry.
• Check that the Nano-SIM card sits perfectly levelled in the compartment before pushing the drawer.
• In case of abnormal resistance when inserting, stop the insertion so as not to damage the SIM reader pins.

What Distinguishes This Version

This Premium variant ensures the ideal physical tolerances and the appropriate blue shade for compatible models. This is the recommended option for repair shops and users who demand a firm fit without unnecessary expenses.

Frequently Asked Questions

Does this SIM tray serve interchangeably in the Huawei Nova 5T and the Honor 20?
Yes, the Huawei Nova 5T and the Honor 20 share the same side structure and exact SIM compartment measurements.

Is it necessary to glue the tray after placement?
No, the part works by internal mechanical retention with the device's own ejection mechanism.