The Three-Sided Luminous Anti-Glare Honeycomb Light is a specialized lighting solution for badminton courts and indoor sports facilities.
The fixture uses a three-sided luminous design to improve spatial light distribution and create a more comfortable indoor sports environment. The honeycomb structure and dual anti-glare design help control direct light exposure during badminton activities.
Equipped with LUMILEDS LED light sources, this sports lighting fixture provides stable light output with high color rendering performance. The adjustable structure supports different installation methods and application requirements in badminton halls, clubs, schools, and indoor sports centers.
The fixture is available in 60W and 80W versions, with customizable color temperature options according to project requirements.
| Parameter | Specification |
|---|---|
| Product Type | Specialized lighting for badminton courts |
| Application | Indoor badminton halls and sports facilities |
| Light Source | LUMILEDS LED chips |
| Power Options | 60W / 80W |
| Luminous Flux | 6000 lm (60W) / 8000 lm (80W) |
| Input Voltage | AC200-240V |
| Color Temperature | 6000K standard, customizable |
| Color Rendering Index (CRI) | >80Ra |
| Color Tolerance | ≤5 |
| R9 Value | >0 |
| Optical Design | Dual anti-glare design, honeycomb structure |
| Light Distribution | Three-sided luminous design |
| Driver Efficiency | >93% |
| Power Factor | >0.97 |
| Flicker Performance | No visible flicker design |
| Protection Rating | IP20 |
| Electrical Protection | Class I |
| Installation Method | Multi-angle adjustable installation |
The three-sided luminous structure provides a wider light-emitting design for indoor badminton halls. It helps create a more balanced lighting environment compared with traditional single-direction fixtures.
The design is suitable for badminton courts, sports halls, and other indoor activity spaces where comfortable lighting is required.
The fixture integrates a honeycomb structure and dual anti-glare optical design to reduce direct glare from the light source.
This design supports better visual comfort for players during fast shuttle movements and helps improve the overall lighting experience in badminton environments.
The light uses LUMILEDS LED chips as the light source.
The LED system provides:
The light source is designed for indoor sports lighting applications requiring consistent illumination quality.
The fixture features a flexible installation structure with adjustable angles.
Available installation methods include:
This allows the lighting fixture to adapt to different badminton hall layouts and installation conditions.
The sports lighting fixture uses a high-efficiency driver system with:
The design supports stable operation in indoor sports facilities.
The fixture adopts a no-visible-flicker design.
This helps provide a more comfortable viewing environment for players, spectators, and indoor sports applications where visual stability is important.
Designed for indoor badminton courts requiring specialized sports lighting fixtures with glare control and stable light performance.
Suitable for professional training spaces, recreational badminton facilities, and club environments.
Can be used in school indoor sports halls where badminton courts and multi-purpose activity areas require dedicated lighting solutions.
Suitable for various indoor sports spaces requiring adjustable installation and anti-glare lighting design.
Applicable for upgrading existing indoor badminton hall lighting systems with specialized sports lighting fixtures.
This fixture is designed for badminton halls, indoor sports facilities, clubs, training centers, and school gymnasiums.
The product is available in two power options:
The fixture uses LUMILEDS LED chips for stable light output and color performance.
Yes. The fixture features a multi-angle adjustable design to support flexible installation requirements.
The standard color temperature is 6000K. Custom color temperature options are available according to project requirements.
Yes. The fixture adopts a no-visible-flicker design for improved visual comfort.
