What is a Dimmable LED Gypsum Pendant Light?

2025-08-20

The Dimmable LED Gypsum Pendant Light is a suspended lighting fixture comprised of a mineral gypsum base and integrated LED modules. The high-intensity lighting system features a modular design, with suspended steel wires allowing for flexible height adjustment. The lampshade undergoes multiple hand-polished processes, resulting in a micron-level diffuse reflective texture. The light source cavity is physically isolated from the heat dissipation channel to prevent heat transfer to the gypsum base. The driver circuit integrates a dual-mode dimming interface, supporting both wireless and physical on/off control.

Dimmable LED Gypsum Pendant Light

How can I safely clean surface stains?

To clean the gypsum shade of the Dimmable LED Gypsum Pendant Light, wipe it in one direction with a dry microfiber cloth. Avoid using liquid detergents to prevent hydrolysis of the material. Apply an anti-oxidation treatment to metal parts quarterly, remove any surface dust, and allow the solution to absorb. Clean the electronic interface contacts with an anhydrous alcohol pad every six months to maintain stable signal transmission.


System Function Maintenance

If the Dimmable LED Gypsum Pendant Light experiences abnormal dimming, check the ventilation status of the driver module's heat dissipation vents. If wireless control fails, re-pair the transmitter. Disconnect the power supply for five minutes before resetting. Annually test the light source's color temperature offset. If it exceeds the design tolerance, initiate the spectrum calibration process.


How can I restore luminous efficiency after long-term use?

Test the luminous flux output of the dimmable LED gypsum pendant light LED chip. If the attenuation exceeds the limit, replace the light source module. Clean dust accumulated inside the optical diffuser to restore light transmittance. If the gypsum cover's light transmittance decreases, professional polishing is required, using a nano-abrasive paste to restore the surface microstructure.


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