Technical guidance from Hexatron Technologies on LED optical components — UGR<19 prismatic diffusers, light guide plates (LGP), LED diffuser sheets, and optical films. Practical explainers on glare control, luminance uniformity, photometric measurement, and material compliance for lighting brands, OEM integrators, and display manufacturers.
Browse the articles below, or contact our engineers for application-specific advice and free samples.
A technical guide to opal diffuser sheets for LED lighting — what makes a diffuser “opal”, how transmittance and haze trade off across diffusion grades, PMMA vs polycarbonate vs polystyrene options, opal vs prismatic optics, and practical guidance on thickness, fabrication and applications.
A technical comparison of edge-lit and direct-lit (backlit) LED panels — how each optical architecture works, the component stack behind each, differences in thickness, uniformity, efficiency and cost, and how to choose the right approach for offices, high-bay, signage and display applications.
A K12 prismatic sheet is a large-facet optical diffuser used in LED troffers, high-bay luminaires, and recessed ceiling panels. Known by many names — P12, Pattern 12, PL-21, Prismatic Louvre Panel, Troffer Lens Panel — this guide explains the geometry, how the codes relate, which material to choose, and what specs to check before sourcing.
A technical guide to optical diffuser films for LED lighting — covering PET vs PC substrates, transmittance grades, haze, how films fit within an optical stack, and applications across commercial, display, and architectural lighting.
A technical guide to injection molded light guide plates, covering the manufacturing process, mold design, PC vs PMMA material selection, dot pattern integration, and when injection molding is the right production route for your LGP application.
A Light Guide Plate (LGP) is a thin, transparent optical sheet typically made from optical-grade acrylic (PMMA) or polycarbonate (PC). It is designed to distribute light evenly across its surface by guiding light from edge-mounted LEDs and emitting it uniformly through the front face. Originally developed for LCD backlight modules (BLUs), the LGP has evolved into a core optical component in LED panel lighting, architectural illumination, and decorative display systems. The unique value of an […]
A complete technical comparison of PMMA, polycarbonate (PC), and polystyrene (PS) for LED diffusers and optical sheets. Covers optical transmittance, impact resistance, fire ratings, UV stability, thermal behaviour, and application-by-application guidance to help engineers and buyers specify the right material first time.
A technical deep dive into the front light guide plate E-Ink and R-LCD displays rely on for dark-environment readability. Covers dot engineering, electroforming, OCA vs frame bonding, and brightness optimization.
Complete guide to specifying custom graphic overlays and industrial front panels. Compare polycarbonate vs acrylic, screen vs digital printing, hardcoat finishing, and environmental ratings for any application.
Discover how white reflector films maximize LED efficiency, the differences between PET and PC types, adhesive-backed Reflex225-A & Reflex225-AT, scoring for bending, and custom cutting with no MOQ and no mold fee.