Color:
Fluorescent Yellow Face / White CoreStructure:
Micro-Thin Fluorescent Yellow Face Layer with Solid White Acrylic CoreThickness Range:
0.1 / 0.3 / 0.5 / 0.8 / 1.3 / 1.5 / 3.0mm; Above 3.0mm Available by Custom OrderMaterial:
Acrylic-Based Two-Tone Laser Engraving SheetSurface Finish:
Matte, Low-Glare SurfaceSheet Size:
600 x 1200mm; Other Sizes Available by Custom OrderProcessing:
CO2 Laser Engraving / Laser Cutting / CNC Cutting and DrillingPerformance Options:
UV-Resistant / Weather-Resistant / Optional Adhesive BackingCompliance:
RoHS / Anti-UV / Performance and Raw Material Test Reports AvailableSafety Warning Laserable Two-Tone Acrylic Sheet has a vivid fluorescent yellow face over a solid white acrylic core. CO2 laser engraving removes the micro-thin colored cap to expose permanent, high-contrast white wording and pictograms without printed ink or applied vinyl.
LYS-8279 is supplied to professional engravers, safety-sign manufacturers, industrial identification suppliers and distributors producing hazard markers, machine maintenance plates, pedestrian warnings and other high-visibility facility signs.
The fluorescent yellow-and-white construction helps warning information stand out in factories, warehouses, service areas and controlled-access locations. Its matte, low-glare surface remains clear under commercial and industrial lighting. Finished signs can be laser cut, drilled for mechanical fasteners or supplied with optional adhesive backing.
Warehouse crossings and material-handling routes can be identified with durable engraved wording and pictograms for improved visibility.
Service panels, maintenance zones and restricted machinery areas can use custom-cut plates with permanent white identification.
Hazardous storage areas and controlled work zones can be marked with high-contrast engraved plates. Select a suitable UV-resistant or weather-resistant grade when the installation environment requires it.
The acrylic-based two-tone sheet is designed for CO2 laser engraving and laser cutting. CNC cutting and drilling can also be used during fabrication. Test the selected thickness and adjust power, speed and engraving depth before batch production to reveal the white core cleanly.
| Color | Fluorescent Yellow Face / White Core |
| Structure | Micro-Thin Fluorescent Yellow Face Layer with Solid White Acrylic Core |
| Thickness Range | 0.1 / 0.3 / 0.5 / 0.8 / 1.3 / 1.5 / 3.0mm; Above 3.0mm Available by Custom Order |
| Material | Acrylic-Based Two-Tone Laser Engraving Sheet |
| Surface Finish | Matte, Low-Glare Surface |
| Sheet Size | 600 x 1200mm; Other Sizes Available by Custom Order |
| Processing | CO2 Laser Engraving / Laser Cutting / CNC Cutting and Drilling |
| Performance Options | UV-Resistant / Weather-Resistant / Optional Adhesive Backing |
| Compliance | RoHS / Anti-UV / Performance and Raw Material Test Reports Available |
LYSHIRE supports custom thickness, sheet size, color matching, adhesive lamination, private label and bulk distributor orders. UV-resistant and weather-resistant options are available when the installation environment requires additional performance.
Q: What color appears after engraving?
A: Engraving removes the fluorescent yellow face and reveals the solid white acrylic core.
Q: Is LYS-8279 an acrylic Laser board?
A: Yes. It is an acrylic-based two-tone sheet developed for CO2 laser engraving and cutting.
Q: What signs can be fabricated from this sheet?
A: Typical uses include pedestrian warnings, machine maintenance plates, hazard-zone markers and other high-visibility industrial signs.
Q: Can it be used outdoors?
A: UV-resistant and weather-resistant options are available. Select the correct grade according to the installation environment and required service life.
Q: Is adhesive backing available?
A: Yes. Optional self-adhesive backing can be laminated according to the mounting surface and project requirements.
Q: Can I request a free sample?
A: Yes. LYSHIRE provides free standard samples and covers the standard sample courier cost. Please provide your required color, thickness, processing method and application.