Transparent LED mesh
The pixel grid is laid out to leave open space between LEDs, which is what allows the glass to stay visually open when the screen is off.
Transparent LED Display Series
Crystal film at 95% transparency.
P4–P20 · up to 95% transparency · 3 mm film
A flexible transparent film with embedded LED pixels. It bonds to existing glass, adds almost no depth and keeps the facade visually open. Suited to retail windows, bank branches, car showrooms and office partitions.
Up to 95%
Transparency on crystal film
1–3mm
Film thickness, no steel frame
P2.5–P20
Pitch range across the series

The open pixel grid leaves the glass usable as a window while showing content.
No steel frame; the film is applied to the glass and connected at one edge.
Thin profile and hidden wiring keep the shopfront clean.
Modules can be replaced without removing the whole film.
Crystal Film P6.25
Crystal Film P6.25 is a laminated film, not a framed cabinet. The LED mesh, transparent carrier, adhesive layer and protective surface are bonded as one sheet that is applied directly to existing glass.
The pixel grid is laid out to leave open space between LEDs, which is what allows the glass to stay visually open when the screen is off.
A clear carrier holds the mesh at a consistent pitch, and the adhesive layer bonds to glass without a steel frame or visible edge.
Power and data connect along one edge through a slim ribbon. The connection is planned to sit behind a mullion or within a concealed edge trim.
The controller and power supply are remote from the film. Their location is agreed at survey so cable routes stay hidden and serviceable.
The decisions that affect how Crystal Film P6.25 looks, installs and stays serviceable on site.
The open grid keeps daylight and sightlines through the glass. Transparency is balanced against brightness for the actual background and viewing distance.
The film adds minimal thickness, so it can be used on shop windows and interior glass without rebuilding the frame.
The pixel map is set out around mullions and door frames so content is not cut by the building structure.
Film sections are planned so a damaged area can be replaced without stripping the whole window.
Service is planned before the wall is built. Modules, cards and power supplies are replaced from the access direction agreed on the drawing.
The film surface is cleaned with a soft cloth and approved cleaner. Abrasive pads and solvent cleaners are avoided.
A damaged film section is removed and replaced with a matching batch section. The edge connection is reused where possible.
The remote controller and power supply are reached without touching the glass, so routine service does not disturb the film.
Product credibility
Crystal Film P6.25 is built on the same production line as our project walls. Cabinets, modules and control settings are recorded per batch, and the documentation travels with the shipment so the site team is not working from memory.
ISO 9001
Factory process control
CE / RoHS / FCC
Product compliance
Batch tested
Aging and calibration record
2–3 years
Standard warranty
Promotions visible from the street without darkening the interior.
Rates and brand content on street-facing glass.
Vehicle glass and partitions used as display surfaces.
Meeting-room glass stays translucent when the screen is off.
Each model links to its cabinet, specification and installation notes.
Crystal film selection
Crystal film is the right route when the glass already exists and the project cannot carry a framed cabinet. The survey, pitch and controller location decide whether the result looks clean.
The film works best on flat, sound glass with a background that still reads through the open pixel grid. Reflections, tint and mullions are reviewed before the pitch is chosen.
P6.25 is used where the viewer stands close to the window; P10 or larger is used where the audience is across a street or concourse. A finer pitch is not automatically better on glass.
Power and data connect along one edge. The route should sit behind a mullion, frame or trim so the film reads as part of the glass rather than an applied panel.
Model comparison
Pitch, power, cabinet and the job each model is specified for. Open a model to see its cabinet build, service access and quotation route.
| Model | Brightness | Avg power | Cabinet | Specified for | Detail |
|---|---|---|---|---|---|
Crystal Film P6.25 6.25mm | 4,500 nits | ≤180 W/m² | Film roll, cut to glass | Shop windows · Bank branches | View model |
Crystal Film P10 10mm | 4,000 nits | ≤150 W/m² | Film roll, cut to glass | Glass facades · Bank branches | View model |
Typical values for the current series. Final brightness, power and cabinet detail are confirmed on the approved specification sheet.
Deployment playbook
The film is chosen for existing glazing where the storefront must remain open and the installation cannot add a deep cabinet.
Promotions run after hours while the window stays visually open during the day. The film adds a media layer without rebuilding the shopfront.
P6.25–P10 · 90–95% transparency
Rates and brand content sit on street-facing glass. A clean edge route and scheduled content keep the branch front uncluttered.
P6.25–P10 · 1,000–3,000 nits
Vehicle glass and partitions become display surfaces. The film preserves the view into the showroom while adding a transparent content layer.
P6.25–P10 · indoor or semi-outdoor
Delivery control
Crystal film is cut to the glass survey. The film layout, edge connection and controller position are agreed before production.
Handover pack
Cabinet layout, control points, power distribution and the service direction are fixed before materials are cut. The approved drawing becomes the reference for every later check.
LED modules, driver ICs and power supplies are drawn from the same production batch where the order size allows, then labelled by cabinet position.
Assembled cabinets run through an aging cycle and white-balance calibration. Faults found at this stage are corrected before packing, not after arrival.
Cabinets are packed against the transport method and site access. Each film section is labelled by glass panel and packed with the edge connection and cleaning instructions.
Buyer questions
These are the points that most often change the specification after the first enquiry. If your question is not here, send it with the site details.
Ask an engineerYes, that is its main use. The glass is surveyed for flatness, condition and access, and the film is cut to the panel layout before dispatch.
The film can be removed as part of a planned refit, but the glass condition and adhesive residue should be assessed first. Removal and replacement are best handled by the installation team.
The open grid reaches up to 95% transparency depending on pitch. Higher transparency generally means less light output, so the pitch is selected against the viewing distance and background.
Indoor and semi-outdoor versions are available. Full outdoor exposure requires a review of water, sun and cleaning conditions; a framed transparent cabinet may be the more suitable route.
Next step
Use the retail guide, transparent white paper and case references to confirm film pitch and edge routing.
See how this series is specified against viewing distance, room light and installation constraints.
Open application guideReview project types, cabinet formats and the delivery scope used on comparable installations.
View case studiesRequest the current specification sheet, cabinet drawing and control compatibility list.
Open downloadsSend the wall size, viewing distance and site photos. We reply with a configuration and quotation.
Request a quoteSend the glass size and a photo. We will estimate film area, power and controller placement.