Find HS Code and trade information for led star light

LED Star Light

LED star lights are decorative lighting fixtures designed to simulate a starry night sky. They utilize Light Emitting Diodes (LEDs) to create a dispersed, twinkling effect, commonly used for aesthetic and atmospheric purposes.

Material

• LEDs: The core component, responsible for light emission. Various colors and brightness levels are available.
• Optical Fibers (often): Many star lights employ optical fibers to distribute the light from a central LED source to numerous star points, creating a more realistic effect. Fiber materials are typically PMMA (acrylic) due to their light transmission properties.
• Plastic or Metal Housing: The housing encases the LEDs and control mechanisms. Plastic is common for lower-cost models, while metal (aluminum often) provides better heat dissipation and durability.
• Power Supply: Typically a low-voltage DC power adapter.
• Control Unit: May include a remote control, buttons, or a microcontroller for adjusting brightness, flashing patterns, and color.
• Mounting Hardware: Depending on the type, this can include adhesive pads, screws, or clips.

Purpose

• Decorative Lighting: Primarily used to enhance the ambiance of a room or space.
• Atmospheric Effect: Creates a relaxing, romantic, or whimsical atmosphere.
• Night Lighting: Provides a subtle and calming light source.
• Themed Environments: Used in children's rooms, home theaters, parties, and events to create specific themes.

Function

LED star lights function by emitting small points of light that mimic the appearance of stars. The key functionalities include:

• Light Generation: LEDs produce light in various colors (white, blue, multi-color).
• Light Distribution: Optical fibers (in fiber optic models) distribute light evenly across a surface, creating numerous star points. Direct-emitting models have LEDs directly visible as star points.
• Control: Adjustable brightness, flashing patterns (steady on, twinkling, fading), and color changes (in multi-color models).
• Power Management: Efficiently converts AC power to DC power for LED operation.

Usage Scenarios

• Bedrooms: Creating a relaxing and dreamy atmosphere.
• Children's Rooms: Providing a night light and creating a playful environment.
• Home Theaters: Enhancing the immersive experience.
• Parties and Events: Adding a decorative touch.
• Outdoor Decoration (specific models): Some models are designed for outdoor use, providing a starry effect in gardens or patios.
• Ceilings and Walls: Most commonly mounted on ceilings or walls to simulate a night sky.

Common Types

• Fiber Optic Star Lights: Utilize a central LED source and optical fibers to distribute light. Offer a more realistic and dispersed star field. Typically require more installation effort.
• Direct-emitting LED Star Lights: Contain numerous individual LEDs directly visible as star points. Easier to install but may have a less natural appearance.
• Projector Star Lights: Project images of stars onto ceilings and walls. Often include rotating features and multiple color options.
• String Lights (Star-shaped): LEDs arranged in the shape of stars on a string. Suitable for draping or wrapping around objects.
• Ceiling Tile Star Lights: Designed to replace existing ceiling tiles, integrating star lights directly into the ceiling.
• Remote Controlled Star Lights: Allow for convenient control of brightness, patterns, and color from a distance.

Based on the provided information, “led star light” can be classified under the following HS codes:

• 8539520091: Light-emitting diode (LED) light sources; Light-emitting diode (LED) lamps Other. This code covers light-emitting diode (LED) lamps, which directly corresponds to “led star light”. The first two digits (85) indicate electrical machinery and equipment; the next two (39) specify electrical filament or discharge lamps; the following two (52) further refine this to light-emitting diode (LED) light sources; and the final digits (0091) denote other LED lamps.
• 8539291000: Other filament lamps, excluding ultraviolet or infrared lamps; Other: Designed for a voltage not exceeding 100 V: Christmas-tree lamps. If the “led star light” is designed for a voltage not exceeding 100V and is used similarly to Christmas-tree lamps, this code may be applicable. The first two digits (85) indicate electrical machinery and equipment; the next two (39) specify electrical filament or discharge lamps; the following two (29) further refine this to other filament lamps; and the final digits (1000) denote Christmas-tree lamps designed for a voltage not exceeding 100V.
• 8513102000: Portable electric lamps designed to function by their own source of energy (for example, dry batteries, storage batteries, magnetos), other than lighting equipment of heading 8512; Lamps: Flashlights. If the “led star light” is portable and functions by its own source of energy (e.g., batteries), this code could be considered. The first two digits (85) indicate electrical machinery and equipment; the next two (13) specify portable electric lamps; the following two (10) further refine this to lamps; and the final digits (2000) denote flashlights.
• 8513104000: Portable electric lamps designed to function by their own source of energy (for example, dry batteries, storage batteries, magnetos), other than lighting equipment of heading 8512; Lamps: Other. If the “led star light” is portable and functions by its own source of energy (e.g., batteries) but is not a flashlight, this code may be applicable. The first two digits (85) indicate electrical machinery and equipment; the next two (13) specify portable electric lamps; the following two (10) further refine this to lamps; and the final digits (4000) denote other portable lamps.

Regarding HS code 8539520091, please note that it specifically covers light-emitting diode (LED) lamps. If the product is determined to be a component rather than a complete lamp, another HS code may be more appropriate.