How to Maintain a Minimalist LED Pendant Light?

The minimalist LED pendant light is a suspended lighting fixture constructed of high-transmittance glass tubes and mineral-based materials. Strong Lighting utilizes a modular design, allowing the height of the fixture to be freely adjusted to suit the space. An integrated array of high-color-rendering LED light sources creates a uniform light distribution through multiple refractions. Metal components undergo a composite electroplating treatment, creating a dense, anti-oxidation layer. The fixture's joints utilize a screwless snap-on design, preserving the geometric purity of the exterior.

The LED chip's excitation spectrum continuously covers the visible light range, achieving a color rendering index comparable to that of a work of art. The color temperature switching mechanism provides a stepless transition from warm yellow to cool white, adapting to the ambient ambiance at any given time of day. The optical diffusion layer eliminates glare, creating a softer lighting effect similar to natural light.

Product specification

How to maintain it?

When cleaning a minimalist LED pendant light, disconnect the power cord and allow the fixture to cool. Wipe the glass surface with a microfiber cloth dampened with a neutral detergent in a single motion; avoid rotating the surface. Clean metal parts with a dry cloth and apply special protective wax quarterly to maintain the gloss of the electroplating.

Perform contact impedance testing of the circuit system every six months. Use a non-contact voltage tester to verify the insulation integrity of the wires. If the dimming function is malfunctioning, check the ventilation status of the driver module's heat dissipation holes and remove any accumulated dust to restore convection efficiency.

In addition, replacing the light source module of the minimalist LED pendant light must be performed by a certified technician. First, release the safety latch to separate the lamp body. Wear an anti-static wrist strap before plugging or unplugging the connector. After installation, perform a three-hour burn-in test on the new module to observe the color temperature switching smoothness and heat dissipation stability.