Transparent LED screen Details
What Is a Rental Transparent LED Screen?
A rental transparent LED screen (also called a transparent mesh LED screen) is a see-through display built from lightweight die-cast aluminum cabinets, weighing just 18kg per square meter with a 75mm thickness. With around 50% transparency and a fast lock-and-pin design, it can be set up and dismantled quickly for temporary events while keeping the space behind it fully visible.
Key Advantages of the RTF-RX Rental Transparent Screen
This transparent rental screen combines high transparency with high-quality lamp beads to deliver bright, vivid visuals without blocking sightlines. Its ≥5,000 nits brightness stays clearly visible even under direct sunlight, while the IP65-rated cabinet handles both indoor and outdoor conditions. The 500×500mm and 500×1000mm cabinets are freely combinable, and -15° to +15° curve locks support flat, concave, convex, and 90-degree corner installations.
Ultra-lightweight: only 18kg/m², no load on building structures.
High transparency: ~50%, preserving views and airflow.
Fast rental setup: multi-lock positioning, single-person install.
Weatherproof: IP65 for indoor and outdoor use.
Flexible shaping: curved, arc, and 90° corner configurations.
Where Are Rental Transparent LED Screens Used?
Rental transparent LED screens are ideal for concerts, stage backdrops, exhibitions, trade shows, product launches, retail displays, and TV studios. The see-through mesh design creates immersive visual effects while keeping the venue open and airy, making it a popular choice for event rental companies and stage production teams that need fast, reusable, high-impact displays.
How to Choose a Rental Transparent LED Screen
When selecting a rental transparent LED screen, consider pixel pitch (P3.9–7.8 for finer detail or P10.4 for higher transparency), transparency level, cabinet weight, installation method, and control system compatibility. Matching these to your event type and viewing distance ensures the best balance between image clarity and see-through effect.















