Practical comparisons and specification notes for coated glass sourcing.
Showing 31-34 of 34 resources
Compare anti-reflective and anti-glare glass by optical effect, image clarity, lighting conditions, processing route, and project use.
Compare coated one-way mirror glass with reflective film for observation rooms, privacy glazing, displays, and OEM projects.
Before buying one-way mirror glass, check the real room lighting, viewing side, coating direction, safety glass route, size, processing and installation details.
Understand the difference between a mirror coating that can enter a tempering process and a mirror panel that has already been tempered.
Compare coated dichroic glass and color-shifting film for architectural, landscape, display, and decorative projects.
Compare mirror display glass and observation-grade one-way mirror glass by optical balance, lighting, use case, and system integration.
Compare T70/R30 and T65/R35 beam-splitter glass as optical components for HUD, exhibition, teleprompter, and projection systems.
Compare front-surface optical mirrors with conventional rear-coated mirrors for projection, imaging, scanning, and precision optical systems.
Anti-reflective glass uses multilayer optical coatings deposited by vacuum magnetron sputtering. The confirmed high-performance route reaches up to 99% visible transmission and below 0.5% reflection across 380-780nm, supports 700°C physical tempering and chemical strengthening, passes 5,000-cycle steel-wool testing and is designed for 20-year outdoor service.
AR glass is used for panoramic invisible houses, high-end facades, smart appliances, commercial display panels, anti-ghosting optical covers, museum showcases and luxury retail vitrines. This guide matches AR98, AR94, UV75 and UV99 routes to each scene and explains tempering, lamination, IGU construction, cleaning and export packing.
This buyer FAQ covers AR98, AR94, UV75 and UV99, confirmed price references, 99% transmission, below-0.5% reflection, 700°C tempering, 20-year outdoor durability, 5,000-cycle scratch testing, applications, samples, spectral matching, export packing and quotation preparation.
One-way mirror glass reference factory prices commonly start around $10/m2 to $20/m2 for standard raw or tempered routes, while laminated, insulated, extra-thick and jumbo outdoor constructions need project quotation. Final cost depends on thickness, finished size, cutting yield, quantity, tempering, edgework, holes, lamination, IGU construction, packing and delivery term. For accurate pricing, send each panel length, width, thickness, quantity, processing route, application and destination port instead of only total square meters.
One-way mirror glass works because a semi-reflective coating reflects more light on the brighter side while allowing the darker side to see through. The glass does not create privacy by itself. The observed side must be much brighter than the observation side. For reliable one-way viewing, a 10:1 lighting ratio is recommended, and 5:1 should be treated as the minimum practical threshold when privacy is important.
One-way mirror glass is used for thin electronics panels, appliance covers, infinity mirror installations, wine cabinets, privacy partitions, observation rooms, interrogation rooms, recording rooms, facade decoration and outdoor mirror-house projects. Thin 1.1mm-3.2mm glass suits product panels, 4mm-10mm tempered glass suits stronger interior and decorative panels, and outdoor or safety projects usually need thicker tempered, laminated or IGU constructions.
Before ordering one-way mirror glass, buyers should confirm lighting direction, observation side, thickness, finished size, safety processing, coating side, application, packing and destination. These details affect privacy performance, price, cutting yield, processing feasibility, breakage risk and installation result.
To get an accurate one-way mirror glass quotation, send each panel length, width and thickness separately, not only total square meters. Also include quantity, raw sheet or finished glass, processing route, application, lighting condition, viewing direction, indoor/outdoor use, destination port and trade term. These details affect price, cutting yield, safety processing, packing and final performance.
T30 mirror display glass is a dielectric coated glass with about 30% visible light transmission and 70% reflection. When the display is off, it presents a mirror surface; when the display is on, screen light passes through. Its non-conductive coating makes it suitable for capacitive touch displays, smart bathroom mirrors, appliance panels and commercial mirror displays.
For bulk purchasing, T30 mirror display glass raw sheets are approximately USD 20 per square meter FOB China Port, while cut, edge-polished and physically tempered finished glass is approximately USD 30 per square meter. Final price depends on thickness, finished dimensions, cutting yield, processing, quantity, packing and project requirements.
Mirror display glass applications range from 1.1mm-3.2mm appliance and compact smart-mirror panels to 5mm-6mm commercial advertising displays and jumbo outdoor digital facades. The correct route depends on screen brightness, touch function, panel size, safety, humidity, vibration, weather exposure and the required processing.
T30/R70 mirror display glass provides about 30% transmission and 70% reflection, supports capacitive touch through its non-conductive dielectric coating and can be reviewed for tempering, printing, lamination and IGU processing. Bulk references are about USD 20/sqm for raw sheets and USD 30/sqm for basic tempered finished glass FOB China Port.
A useful mirror display glass quotation depends on more than square meters. Buyers should explain the application, optical ratio, display brightness, thickness, finished size, quantity, processing, installation direction, indoor/outdoor environment and destination. These details affect price, cutting yield, display visibility, mirror effect, processing feasibility and packing risk.
Dichroic glass creates changing reflected and transmitted colors through optical interference in multilayer dielectric coatings. It does not rely on a dyed PET film. Film thickness, refractive-index design, substrate, lighting and viewing angle determine the final color. Buyers should approve samples under the real project lighting and check tempering stability, scratch resistance and spectral consistency before mass production.
Bulk dichroic glass raw-sheet references are approximately USD 15/m² for 2-3.2mm, USD 20/m² for 5-8mm and USD 25/m² for 10-12mm FOB China Port. Tempered finished glass is approximately USD 30-50/m². Final price depends on substrate, color target, finished dimensions, cutting yield, processing, quantity, packing and project requirements.
Dichroic glass can be cut, edged, drilled, notched, tempered, silk-screen printed, laminated and assembled into insulating glass. Thin glass fits appliance and framed applications, 4-8mm fits furniture and interiors, and 10-15mm or safety build-ups fit architectural and outdoor projects. The specification must coordinate color, lighting, safety, processing and installation.
North One Glass dichroic glass is available in radiant orange, blue and green, with custom spectral matching. Raw-sheet references are about USD 15-25/m² by thickness and tempered finished glass is about USD 30-50/m². The coating supports tempering and deep processing, 5000-cycle scratch resistance, 20-year outdoor use and jumbo coating up to 3300 x 16000mm.
First Surface Mirror pricing depends on thickness, sheet or finished size, MOQ, precision processing, inspection and export packing. North One Glass supplies 95% visible-reflection front-surface mirrors in 1.1-15 mm thicknesses, standard sheets up to 3300 x 4880 mm and custom capability up to 3300 x 16000 mm. Request a quotation by drawing, quantity and application.
A Front Surface Mirror reflects light from the coated front face before light travels through the glass, so it reduces ghosting, secondary refraction and optical loss. A second surface mirror places the reflective layer behind the glass and is easier to protect, but it can create double images in precision optical systems. Choose by optical accuracy, handling risk, cleaning method and cost.
A First Surface Mirror works by placing a high-reflectance optical film directly on the front surface of selected float glass. Light reflects immediately from the coating instead of traveling through glass first, which reduces secondary refraction and ghost images. Quality control should check 95% visible reflection, LAB color, film thickness, uniformity, cross-hatch adhesion and tape adhesion.
First Surface Mirrors are used where ghosting, optical loss or reflected-image distortion would damage the final system. Typical applications include laser projectors, engineering and home HD projectors, periscopes, optical turning systems, office and industrial scanners, 3D laser scanners, PCB inspection, semiconductor wafer inspection, automotive HUD, aerospace and laboratory optical systems.
This First Surface Mirror FAQ answers the procurement questions buyers usually ask before ordering: what it is, how it differs from ordinary mirrors, where it is used, which thicknesses and sizes are available, how to clean the exposed coating, how price is calculated, whether samples are supported, how long custom orders take and what to send for a quotation.
Temperable Mirror is selected when a project needs mirror appearance plus a physical tempering route, outdoor durability and resistance to black edge. Traditional silver or aluminum mirror is lower-cost for dry indoor decoration but cannot pass through high-temperature tempering after coating. Safety film mirror relies on an organic film to hold fragments and is not equivalent to tempered safety mirror glass.
Temperable Mirror works by replacing conventional silver backing and paint with a vacuum-sputtered hard metal and metal-oxide coating on float glass. The coating bonds to the glass and tolerates cutting, edging, drilling and physical tempering above 600°C without peeling, blistering, discoloration or edge chipping. Quality checks include 5000-cycle steel-wool testing, ΔE color stability, SGS/CNAS reports and weathering review.
Temperable Mirror is used where mirror appearance must be combined with safety glass behavior, humidity resistance, outdoor weatherability or processed custom shapes. Typical applications include high-end bathrooms, shower mirrors, kitchen splashbacks, elevator cabins, public wall cladding, gym and dance-room mirror walls, outdoor landscape mirrors, scenic-area facades, furniture panels and integrated LED mirror modules.
This Temperable Mirror FAQ answers buyer questions about what temperable mirror is, how it differs from silver mirror and safety film mirror, what thicknesses and optical values are available, whether it can be cut and drilled before tempering, how prices are calculated, which samples and reports are available, how long production takes and how export breakage is handled.
