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Surface Integrity: Metal surfaces must be smooth and free from rust corrosion. Plating should remain intact without creasing or peeling.
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Casing Quality: Plastic casings should be even and robust, showing no signs of crude finishing, cracks, or structural damage.
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Insulation Safety: Electrical insulation components are designed to withstand experiment voltages efficiently without any punctures.
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Soldering Standard: 90% of the surface area will be covered by solder, ensuring reliable connectivity and performance.
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Mechanical Performance: The base remains stable without deformation, fully satisfying both mechanical and electronic requirements.
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Smooth Operation: Actions function without blocking phenomena, and buttons are designed to allow for surface wear during use.
Frequently Asked Questions
What are the requirements for the metal parts?
Metal surfaces must be smooth, non-corroded, and the plating must not show any signs of peeling or creasing.
How is the quality of the plastic casing ensured?
The casing is inspected to ensure it is even and free from any crude manufacturing marks, cracks, or physical damage.
What is the insulation performance standard?
The insulation is tested against experiment voltages to ensure it performs correctly with no punctures under stress.
What is the expected solder coverage?
Our standards require that 90% of the designated surface area be effectively covered by solder.
Does the base maintain its shape during use?
Yes, the base is designed to resist deformation, ensuring it meets all mechanical and electronic performance specifications.
How do the buttons perform operationally?
The buttons operate smoothly without any blocking phenomenon and are engineered to allow for standard wear on the surface.
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