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High Brightness & Sunlight Readable TFT LCD Displays

Wide Temperature LCD Modules for Outdoor & Industrial Applications

See Clearly — Even Under the Sun.

DisplayMan manufactures ultra-bright, sunlight-readable TFT LCDs engineered to perform flawlessly from –40 °C to +85 °C.

With luminance up to 3,000 nits, anti-reflective coatings, and optical bonding, our displays stay vivid and reliable in the harshest environments.

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21.5 inch 1920x1080 lvds interface tft lcd high contrast high brightness full viewing angle module

🖼️ Showcase of DisplayMan High-Brightness / Sunlight-Readable / Wide-Temperature TFT LCD Displays

Discover DisplayMan’s specialized lineup of High Brightness, Sunlight Readable, and Wide-Temperature TFT LCD displays, engineered for the most demanding environments where reliability and clarity cannot be compromised.

From outdoor kiosks, EV charging stations, and marine equipment to industrial machines, agricultural vehicles, and military-grade devices, these displays deliver rock-solid performance under intense sunlight, extreme temperatures, and harsh operating conditions.

This showcase highlights our full range of brightness levels up to 3,000 nits, ultra-wide operating temperatures (–40°C to +85°C), IPS viewing angles, and customizable optical and mechanical enhancements — including optical bonding, anti-glare/anti-reflection coatings, ruggedized cover lenses, and flexible interface options.

Whether you need a standard high-brightness module or a fully customized industrial-grade display designed around your enclosure, thermal environment, and UI requirements, this collection demonstrates the advanced capabilities DisplayMan brings to professional and outdoor-rated TFT display solutions.

6.2 inch 1024x600 landscape orientation ips lvds high brightness high contrast full viewing angle tft lcd capacitive touch panel
SpecificationDetails
Product Name6.2″ IPS TFT LCD with Capacitive Touch
Part NumberKD062HDFLD005-01-C007A
Resolution1024 × 600
Display TypeIPS, Normally Black
Controller ICJD9168S
Brightness1350 cd/m²
Touch PanelCapacitive Touch (10-point)
Touch ICGT9271
InterfaceLVDS
Operating Temp.–20°C to +70°C
6.7 inch 1920x1080 hdmi interface full viewing angle high contrast high brightness tft lcd with capacitive touch panel
SpecificationDetails
Product Name6.7″ TFT LCD with Capacitive Touch
Part NumberKD067WSFLA001-C001A-SP002A-HDMI
Resolution1920 × 1080
Display TypeTFT, Normally Black
Controller ICHX8249 / HX8678
Brightness1000 cd/m²
Touch PanelCapacitive Touch
Touch ICGT911
InterfaceHDMI
Operating Temp.–20°C to +70°C
7.0 inch 1024x600 lvds interface high brightness wide temperature industrial tft lcd module
SpecificationDetails
Product Name7.0″ High-Brightness Industrial TFT LCD
Part NumberKD070HDFLD092
Resolution1024 × 600
Display TypeTFT, Normally Black
Controller ICEK73215 / EK79001
Brightness1600 cd/m²
Touch PanelNone
InterfaceLVDS (6/8-bit)
Input Voltage3.3V
Operating Temp.–30°C to +85°C
8.0 inch ips 1920x1200 lvds interface high brightness tft lcd module with capacitive touch(1)
SpecificationDetails
Product Name8.0″ IPS High-Brightness TFT LCD with Capacitive Touch
Part NumberKD080WUFLD040-C034A
Resolution1920 × 1200
Display TypeIPS, Normally Black
Controller ICFL5893DA ×2
Brightness1750 cd/m²
Touch PanelCapacitive Touch (10-point)
Touch ICGT9271
InterfaceLVDS
Operating Temp.–20°C to +70°C
8.0 inch ips 1920x1200 lvds interface high brightness tft lcd module
SpecificationDetails
Product Name8.0″ IPS High-Brightness TFT LCD
Part NumberKD080WUFLD040
Resolution1920 × 1200
Display TypeIPS, Normally Black
Controller ICFL5893DA ×2
Brightness1800 cd/m²
Touch PanelNone
InterfaceLVDS
Input Voltage2.8V
Operating Temp.–20°C to +70°C
10.1 inch high brightness 1920x1200 transmissive tft lcd cpacitive touch panel with hdmi board
SpecificationDetails
Product Name10.1″ High-Brightness TFT LCD with Capacitive Touch
Part NumberKD101UXFLD024D-01-C035A-SP002A-HDMI
Resolution1920 × 1200
Display TypeTFT, Transmissive, Normally Black
Brightness1100 cd/m²
Touch PanelCapacitive Touch
InterfaceHDMI
Active Area216.81 × 135.50 mm
Input Voltage12V
Operating Temp.–20°C to +70°C
15.0 inch ips 1280x242 lvds interface bartype tft lcd with ctp high brightness
SpecificationDetails
Product Name15.0″ IPS Bar-Type TFT LCD with Capacitive Touch
Part NumberKD150HDFLA007-C006B
Resolution1280 × 242
Display TypeIPS, Transmissive, Normally Black
Brightness950 cd/m²
Touch PanelCapacitive Touch
Touch ICILI2510
InterfaceLVDS
Input Voltage3.3V
Operating Temp.0°C to +50°C
21.5 inch 1920x1080 dual channel lvds ips landscape screen high contrast high brightness tft lcd module with capacitive touch panel
SpecificationDetails
Product Name21.5″ IPS High-Brightness TFT LCD with Capacitive Touch
Part NumberKD215FHFLD007-C005A
Resolution1920 × 1080
Display TypeIPS, Normally Black
Brightness950 cd/m²
Touch PanelCapacitive Touch
Touch ICILI2510
InterfaceDual-Channel LVDS
Input Voltage5V
Operating Temp.0°C to +50°C
27.0 inch 2560x1440 amoled v by one interface 1.07b colors high brightness oled display
SpecificationDetails
Product Name27.0″ AMOLED High-Brightness OLED Display
Part NumberKD270QHOVD026
Resolution2560 × 1440
Display TypeAMOLED
Color Depth10-bit, 1.07B colors
Brightness1300 cd/m²
Contrast Ratio1,500,000 : 1
Response Time0.03 ms
InterfaceV-By-One
Operating Temp.0°C to +45°C
Quick Quote

⚠️ Why Ordinary Displays Fail in Real-World Environments

Standard TFT LCDs are typically designed for indoor use — not for sunlight, heat, cold, or continuous operation. When deployed outdoors or in industrial settings, their limitations quickly become expensive problems.

1️⃣ Sunlight Washes Out the Screen

Most conventional TFT LCDs operate at only 250–450 nits, which is far below what’s required for outdoor visibility.

Under direct or indirect sunlight:

  • Images fade and lose contrast

  • Reflections overpower on-screen content

  • Touch layers absorb 10–20% of luminance, further dimming visibility

The result is a screen that technically works — but cannot be read or used.

2️⃣ Temperature Extremes Damage Performance

Ordinary displays are not built for wide-temperature environments.

  • High heat causes blackening, color distortion, and accelerated aging
  • Cold conditions lead to slow response times, ghosting, and unstable images
  • Repeated thermal stress degrades internal components over time

What starts as a visibility issue often becomes a reliability failure.


3️⃣ Hidden Maintenance Costs Add Up

Unreadable screens trigger unnecessary service calls.

  • Technicians are dispatched to inspect “failed” units that are actually functional
  • Displays are replaced prematurely due to heat damage or poor visibility
  • Logistics, downtime, and labor costs quietly inflate your operating budget

These issues rarely appear in spec sheets — but they hit hard in the field.

4️⃣ User Trust and Revenue Are at Risk

In outdoor kiosks, EV chargers, vehicle dashboards, and industrial control panels, the display is the only human interface.

If users can’t see or interact with it:

  • Your product feels unreliable
  • Transactions stall or fail
  • Brand credibility erodes

Even the best hardware and software can be undermined by a single weak display.

That’s why a true sunlight-readable, wide-temperature industrial TFT LCD isn’t optional.

It’s essential for reliability, safety, uptime, and long-term brand trust in real-world deployments.

💡 DisplayMan’s Solution: Engineered for Sunlight and Extreme Conditions

Our High Brightness / Wide Temperature TFT LCDs combine advanced optical, electrical, and thermal engineering to guarantee perfect visibility, long-term reliability, and stable operation in any environment — from desert sunlight to sub-zero conditions.

🌟 Up to 3,000 nits Brightness

We achieve extreme brightness levels through custom high-efficiency LED light bars and enhanced light-guide films (ESF) that maximize light uniformity.

This proprietary backlight architecture pushes luminance beyond 3,000 nits, ensuring crystal-clear readability even under direct sunlight.

Brightness uniformity is carefully tuned to eliminate hot spots and maintain consistent performance across the entire screen.

🧊 Wide Temperature Design (–40 °C ~ +85 °C)

Every component — from the liquid-crystal mixture to driver ICs and polarizers — is selected for industrial and automotive-grade temperature ratings.

Our displays remain responsive and stable from –40 °C cold starts to +85 °C peak operation, preventing the blackening, slow response, and ghosting typical of commercial-grade modules.

This makes DisplayMan ideal for outdoor kiosks, vehicles, and harsh industrial settings.

🪟 Optical Bonding + Anti-Reflective Glass

We use optical bonding (OCA) to eliminate the air gap between the TFT panel and cover glass, reducing internal reflection and parallax.

Combined with anti-reflective (AR) and anti-glare (AG) coatings, this significantly increases contrast and clarity in bright sunlight.

The bonded structure also strengthens the screen against vibration, moisture, and condensation — critical for outdoor and marine use.

⚙️ IPS / Wide-Viewing-Angle Options

Our IPS (In-Plane Switching) technology provides wide 178° viewing angles with minimal color shift and maximum image accuracy.

This ensures that critical information remains readable from any position — perfect for shared displays, control panels, and multi-user interfaces where visibility consistency is vital.

💪 Durability & Longevity

DisplayMan displays are built for continuous operation.

We optimize LED current efficiency and heat dissipation to achieve 100,000-hour MTBF (Mean Time Between Failures).

All optical layers, polarizers, and adhesives are UV- and IR-resistant, preventing color fading and material degradation over time.

The mechanical frame and sealing structures are designed for shock, vibration, and humidity resistance.

🔋 Power & Heat Efficiency

High brightness doesn’t have to mean high energy waste.

Our modules use smart backlight driving, auto-dimming sensors, and optimized thermal paths to balance power consumption and luminous output.

This efficient design minimizes heat buildup, extends component life, and supports continuous outdoor use without thermal stress.

🧠 Result

Through this integration of optical precision, thermal management, and electrical efficiency, DisplayMan delivers true sunlight-readable, wide-temperature TFT LCDs — bright, durable, and dependable anywhere on Earth.

 

⚙️ How We Make High Brightness & Wide Temperature TFT LCDs

Designing a display that performs flawlessly under direct sunlight and extreme temperatures requires precision in every layer — optical, electrical, and thermal.

At DisplayMan, we don’t simply “add more LEDs.”

We re-engineer the backlight, materials, and structure to achieve uniform brightness, stable color, and long-term durability for industrial and outdoor environments.

Here’s how we do it.

☀️ A. Brightness Engineering – Up to 3,000 nits

1️⃣ Optimized LED Backlight Design

High-efficiency LED arrays are arranged with increased density and uniform spacing.

Custom driver circuits and thermal paths manage current precisely, producing 1,000–3,000 nits of luminance without overheating or color shift.

2️⃣ Enhanced Light-Guide & Diffusion Films

We use multi-layer Enhanced Light-Guide Films (ESF) and diffusion sheets that maximise optical transmission while maintaining even luminance across the panel — even in large-format displays.

3️⃣ Advanced Optical Surface Treatments

Each display integrates Anti-Reflective (AR) and Anti-Glare (AG) coatings plus UV/IR blocking layers.

These reduce external reflections and improve contrast ratio, maintaining crisp visibility under full sunlight.

4️⃣ Optical Bonding for Contrast & Durability

By filling the air gap between LCD and cover glass with optical adhesive (OCA), we eliminate internal reflections and improve impact resistance.

This process enhances contrast, prevents fogging, and extends module lifespan in outdoor and vehicle environments.

❄️ B. Wide Temperature Engineering – Stable from –40 °C to +85 °C

5️⃣ Temperature-Resistant LC & Polarizer Materials

We select custom liquid-crystal compounds and high-temperature polarizers that resist blackening, slow response, and color shift in both heat and cold.

6️⃣ Industrial-Grade Components & ICs

Driver ICs, FPCs, and connectors are sourced with automotive or industrial-temperature ratings, ensuring consistent signal timing and power delivery in extreme climates.

7️⃣ Thermal Management & Heat Dissipation Design

Aluminum back plates, thermal vias, and optimized PCB layouts conduct heat away from the backlight efficiently.

Optional heat-sink structures further protect LEDs during continuous outdoor operation.

8️⃣ Rigorous Reliability Testing

Every DisplayMan wide-temperature TFT LCD is validated through thermal-shock cycles (–40 °C to +85 °C), high-humidity aging, continuous 24/7 burn-in, and brightness uniformity tests.

Only modules that maintain full optical and electrical performance pass inspection.

🧠 Result

Through advanced optical enhancement and thermal control, DisplayMan delivers true sunlight-readable TFT LCDs that remain bright, clear, and reliable — from polar cold to desert heat.

🔧Built for Reliability – Industrial-Grade Quality

At DisplayMan, we understand that reliability isn’t optional — it’s essential. Our TFT LCD modules are engineered to perform flawlessly in demanding conditions, making them ideal for mission-critical applications in industrial automation, medical diagnostics, outdoor systems, and automotive environments.

Our modules are designed to meet the real-world challenges your devices face in the field. From extreme temperatures to constant touch interactions and exposure to dust or sunlight, DisplayMan displays are built to last.

  • 🌡️ Wide Operating Temperature Range:

    Standard models operate between -20°C to +70°C, with extended temperature options available upon request. This makes them suitable for outdoor installations, refrigerated environments, or heated enclosures.

  • 🛡️ Enhanced Surface Treatments:

    Choose from anti-glare, anti-fingerprint, and UV-resistant coatings to improve readability, hygiene, and lifespan. These coatings are especially critical in outdoor kiosks, medical equipment, or industrial sites with high ambient light or frequent user interaction.

  • ✋ Touchscreen Flexibility:

    Select between resistive touch for gloved or stylus input (common in industrial settings) or capacitive touch for sleek, multi-touch interfaces (ideal for medical or consumer devices). Touch firmware can be fine-tuned for your specific UI behavior.

  • 🎨 Custom Aesthetics & Branding:

    We offer cover lens customization, including silk-screen printing, logo integration, and custom shapes or sizes to match your product’s design. This allows seamless front-panel integration while reinforcing your brand identity.

  • 🔗 Optical Bonding & Assembly Services:

    Improve durability, reduce reflection, and enhance clarity with optical bonding. We also provide complete module integration with your mechanical enclosure for a plug-and-play solution.

DisplayMan displays are the preferred choice for businesses that require long-lasting, rugged, and customizable display modules that keep working — wherever they’re installed.

Let me know if you’d like a section comparing standard vs rugged models for easier selection!

❓ Frequently Asked Questions

A sunlight readable TFT LCD is a display designed to remain clearly visible under strong ambient or direct sunlight.

While standard TFTs offer 250–400 nits of brightness, sunlight-readable modules provide 800 nits and above, often enhanced with optical bonding, anti-reflective coatings, and high-brightness LED backlights.

These technologies increase contrast and reduce glare, ensuring perfect visibility in outdoor or high-light environments.

A high brightness TFT LCD is a transmissive display with a specially engineered LED backlight system that delivers 1,000 – 3,000 nits or more luminance.

DisplayMan achieves this by using denser LED light bars, enhanced light-guide films, and optically efficient layers that maximize brightness uniformity without excessive power or heat.

High-brightness displays are ideal for outdoor kiosks, EV chargers, industrial control panels, and transportation systems.

A: Typical indoor TFT LCDs operate around 250–450 nits, which is insufficient for high ambient light. 

For true sunlight readability, brightness levels generally start at ~800–1,000 nits, with many outdoor-grade modules offering 1,500–3,000 nits or more to overcome direct sunlight and reflections.

At DisplayMan, we supply modules up to 3,000 nits, enabling clear visibility even in harsh daylight conditions.

A: Yes — increasing back-light output typically increases power draw and heat generation.

However, we optimise our modules with high-efficiency LED back-lights, advanced optical films, and optional auto-dimming sensors. This keeps power/thermal impact low while maintaining high luminance.

A Wide Temperature TFT LCD is a display engineered to perform reliably under extreme environmental conditions, from –40 °C to +85 °C — far beyond the typical –20 °C to +70 °C range of standard commercial modules.

This performance is achieved through industrial-grade driver ICs, temperature-resistant liquid crystals and polarizers, and UV-stabilized optical materials that prevent blackening, ghosting, or contrast loss caused by thermal stress.

In addition, thermal optimization and heat-dissipation structures maintain consistent color accuracy and response speed across wide temperature swings.

Such displays are essential for automotive, marine, industrial, and outdoor applications — including EV chargers, heavy equipment, transportation dashboards, and control systems — where sunlight exposure, freezing cold, and continuous operation demand uncompromising reliability.

DisplayMan Wide-Temperature TFT LCDs are engineered for these exact conditions — combining rugged durability, stable performance, and superior optical clarity in any climate.

A: In standard modules, brightness and contrast can degrade significantly (sometimes by 50 % or more) when exposed to temperature extremes or high ambient light. 

Our design maintains high contrast and colour stability across temperature cycles and bright conditions by using optical bonding, anti-reflective coatings and temperature-resistant materials.

A: Outdoor-grade displays typically go through thermal shock testing, humidity & condensation tests, continuous burn-in, brightness uniformity verification, and mechanical (vibration/impact) tests. 

At DisplayMan, every module is certified through rigorous testing protocols to ensure long-term reliability in harsh environments.