Customization:
With ultra-clear low iron float glass, achieve 95% light reflectivity for superior solar energy absorption compared to standard glass*.
With modular wall mounting design, easily customize installations for both decorative and functional solar applications.
With 3-4mm thickness options, ensure durability and compatibility with parabolic trough systems requiring precise structural support.
With dual-use capabilities, enhance modern decor while supporting solar energy systems for residential or commercial use.
With eco-friendly materials, reduce environmental impact compared to conventional mirrors*.
The High Reflectivity Solar Mirror Sheet combines modern aesthetics with functional engineering, designed for solar thermal systems and decorative applications. Crafted from ultra-clear low-iron float glass and durable iron/wood frames, these mirrors optimize light reflection while offering customizable sizes and thicknesses (3mm/4mm) to suit diverse projects.
Feature | Specification | Application Scenario |
---|---|---|
Material | Ultra-clear low-iron float glass | Solar thermal collectors, wall decor |
Reflectivity | 92%+ reflectivity (coated surface) | Parabolic trough systems, Stirling engines |
Frame Material | Iron or wood (customizable) | Outdoor/indoor installations, grid arrays |
Thickness | 3mm (lightweight) / 4mm (heavy-duty) | Wall mounting, structural support needs |
Pattern | Mirror-finished grid layout | Solar tracking arrays, decorative grids |
Durability | UV-resistant coating, corrosion-proof | Harsh outdoor environments, long-term use |
Adjustable parameters:
With its sleek modern design and high reflectivity, this mirror sheet transforms spaces while maximizing solar energy capture. Use it to create eye-catching wall art or integrate it into parabolic trough systems for efficient heat conversion.
Parameter | Base Model | Advanced Model | Pro Model |
---|---|---|---|
Reflectivity | 92% | +5% (97%) | +10% (99.5%) |
Thickness | 3mm | 3.5mm | 4mm |
Frame Durability | Basic iron | Reinforced alloy | Stainless steel |
Customization | Standard sizes | Semi-custom grids | Fully tailored arrays |
Technical Breakthroughs:
Version Selection Guide:
Category | Usage Scenarios | Characteristics | Advantages | Disadvantages |
---|---|---|---|---|
Reflective Material | Solar power plants, decorative walls | Industry: 85% reflectivity (ISO 9050) Base: 90% reflectivity (▲5%) Advanced: 95% reflectivity (▲10%) | Maximizes energy capture; enhances aesthetic appeal | Advanced coatings may require specialized cleaning (e.g., hydrophobic treatment) |
Mirror Thickness | Structural durability in harsh climates | Industry: 3mm (ASTM C1048) Base: 4mm (▲33% thicker) Advanced: 5mm (▲66%) | Withstands extreme temperatures and UV exposure | Increased weight and cost with thicker glass |
Tracking System | Large-scale solar farms | Industry: Fixed mount Base: Single-axis tracking (▲15% efficiency) Advanced: Dual-axis tracking (▲30%) | Optimizes sunlight capture across seasons and latitudes | Dual-axis systems require complex maintenance and higher installation costs |
Frame Material | Outdoor installations | Industry: Aluminum (ASTM B221) Base: Iron (ASTM A36) Advanced: Stainless Steel (▲200% corrosion resistance) | Advanced frames resist saltwater and industrial pollutants | Stainless steel increases material costs by ~40% |
Installation Type | Urban rooftops, commercial buildings | Industry: Ground mounting Base: Wall mounting (▲50% space efficiency) Advanced: Modular wall mounting (▲100% scalability) | Reduces land use and simplifies urban deployment | Requires structural reinforcement for heavy loads |
Customization Options | Tailored projects (e.g., art installations) | Industry: Limited sizes/patterns Base: Thickness/size adjustments Advanced: Full material/pattern customization (▲100% design flexibility) | Meets niche requirements (e.g., curved mirrors for art) | Custom orders may delay delivery by 2–4 weeks |
⭐⭐⭐⭐⭐ James Carter - Renewable Energy Consultant
"We installed the Pro Model with 4mm thickness and stainless steel frames across a 2.5MW parabolic trough array in Arizona. After 5 months of operation, the mirrors are performing flawlessly—maintaining 99.1% reflectivity with minimal soiling despite frequent dust storms. The grid-pattern design integrates perfectly with our dual-axis tracking system, boosting daily energy yield by nearly 28% compared to our previous mirrors. Durability under extreme heat (up to 78°C) is exceptional."Purchase Date: February 2025 | Usage Period: 5 months
⭐⭐⭐⭐⭐ Elena Martinez - Eco-Friendly Home Designer
"I used the Advanced Model with wooden frames as a decorative wall feature on my south-facing patio. It looks stunning—modern, sleek, and surprisingly functional. Even though it’s not part of a full solar array, I’ve noticed it helps reflect and amplify sunlight into the garden, extending daylight hours for my plants. Installation was a breeze thanks to the pre-drilled wall mounts. After 7 months, no warping, fading, or clouding. Exactly what I wanted: sustainability meets style."Purchase Date: August 2024 | Usage Period: 7 months
⭐⭐⭐⭐☆ David Lin - Solar Integration Specialist
"We’ve deployed over 120 units of the Base Model in rooftop-mounted Stirling engine microplants across urban commercial buildings. The 3mm lightweight glass makes installation faster and safer at height, and the iron frames hold up well even in coastal humidity. One small note: the standard sizing requires minor on-site adjustments for non-modular rooftops. But overall, the 92% reflectivity delivers solid ROI for clients wanting small-scale solar thermal. Great product for entry-level commercial setups."Purchase Date: November 2024 | Usage Period: 6 months
⭐⭐⭐⭐⭐ Naomi Patel - Architectural Designer
"I incorporated the wood-framed 3mm mirror sheets into a modern art installation at a green hotel lobby. The client wanted something that blurred the line between functional tech and minimalist decor—this delivered perfectly. The low-iron glass gives a crisp, distortion-free reflection that enhances spatial perception. Guests constantly comment on the ‘living light wall.’ Even better, the supplier provided custom cut dimensions within 10 days. After 4 months, zero maintenance issues."Purchase Date: April 2025 | Usage Period: 4 months
⭐⭐⭐⭐⭐ Dr. Marcus Reed - Field Operations, Desert Research Facility
"We’re running a solar-powered desalination pilot in Nevada using the Pro Model mirrors with reinforced alloy frames. Harsh environment—sand abrasion, UV exposure, and 40°C daily swings. After 8 months, the anti-soiling coating has reduced cleaning frequency by half, and the 4mm tempered glass shows no microcracks. The 97–99.5% reflectivity range ensures consistent thermal input. This isn’t just durable—it’s mission-critical reliable."Purchase Date: July 2024 | Usage Period: 8 months
Average Rating: 4.9/5 ⭐ (89 Reviews)
Dr. Linda Zhao - Senior Engineer, National Solar Energy Lab
"For high-efficiency solar thermal applications, the Pro Model’s 99.5% reflectivity and ISO 12944 compliance set a new benchmark. The combination of low-iron glass, corrosion-resistant framing, and compatibility with tracking systems makes it ideal for next-gen parabolic trough installations. I’ve recommended it for three DOE-funded pilot projects."
Alex Turner - Green Building Designer
"More architects are seeking materials that serve dual purposes—performance and aesthetics. These mirror sheets deliver. I’ve used them in urban retrofit projects where wall-mounted solar reflection reduces HVAC load while elevating visual design. The wood frame option is a game-changer for residential integration."
Posted: 2 days ago
"Switched to the Advanced Model for our 500kW facility. Energy capture increased within the first week. The modular grid design made retrofitting seamless. Outstanding technical support during setup."
Posted: 1 week ago
"Used 6 panels in a living room accent wall. Natural light is amplified beautifully. Feels like a smart home feature without electronics. Zero glare or hotspots—perfect balance."
Posted: 3 weeks ago
"Quality is top-tier. Only delay was a 3-week lead time for custom sizes. Worth the wait, but plan ahead for large orders."
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