When the oven temperature soars to 200°C or even 300°C, ordinary lighting equipment would have already melted, exploded, or failed due to the high temperature. However, the white light oven bulb can continue to work stably under this extreme environment,
LED filament bulbs, with their unique optical characteristics and aesthetic expression, successfully integrate industrial technology with artistic perception.
In the field of phosphor technology, optimizing the combination and ratio of phosphors is the core means to improve the color rendering index.
In today's world, where lighting has long transcended its function of simply "illuminating," the light source itself has become a crucial design element for creating mood and defining style.
When the oven lamp is operating in a sealed structure, the high temperature environment can easily cause an imbalance in the internal air pressure, leading to seal failure, bulb damage, or even safety hazards.
Optimizing the uniformity of the light distribution curve of an led filament bulb requires collaborative design across the entire process, including materials, structure, simulation, and testing.