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Surface Quality: Metal surfaces are engineered to be perfectly smooth and strictly resistant to rust corrosion.
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Plating Integrity: High-standard plating ensures no creasing or peeling, maintaining long-term durability.
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Casing Standard: Plastic casings are precision-molded to avoid unevenness, crude textures, cracks, or any physical damage.
⚡ Electrical & Mechanical Performance
The insulation of different conducting parts is designed to withstand experimental voltage without punctures. With 90% solder coverage and a non-deforming base, our components satisfy rigorous mechanical and electronic performance requirements. The action remains smooth without any blocking phenomenon.
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Button Wear: The design allows for a standard wear surface on buttons during operation without affecting the internal mechanical logic.
Frequently Asked Questions
What are the visual requirements for the metal and plastic parts?
Metal surfaces must be smooth and free from rust. Plastic casings must be uniform, without cracks, damage, or crude finishing.
How reliable is the plating on these components?
The plating is applied using high-quality processes to ensure it does not crease or peel off under standard operating conditions.
What is the standard for insulation and voltage safety?
The insulation is tested against specific experiment voltages to ensure there are no punctures, maintaining high electrical safety standards.
What is the expected solder coverage for the surface?
At least 90% of the surface will be covered by solder to ensure optimal connectivity and structural integrity.
Does the base deform during high-performance tasks?
No, the base is designed to remain stable without deformation, satisfying both mechanical and electronic performance needs.
Is there any risk of the button jamming during use?
The mechanism is designed for "Action without blocking," ensuring smooth operation even as the button surface experiences normal wear.
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