9.0' Transmissive Color TFT LCD Display Module

Key Advantages – Why This Module Fits Your Application

📐 High-Resolution Clarity: 800×480 RGB-stripe pixels deliver sharp text and graphics for professional HMI interfaces.

🌡️ Extreme Temperature Range: Operates from -20℃ to 70℃ — reliable in unheated factories, outdoor kiosks, and cold storage environments.

🔌 Seamless Integration: 24-bit parallel RGB interface and COG (Chip-on-Glass) design simplify hardware layout and reduce system size.

💡 Long-Life Backlight: 20,000-hour LED lifetime minimizes maintenance. 120 cd/m² luminance ensures excellent readability.

⚡ Stable Power Design: Wide voltage tolerance (DVDD 2.8–3.6V, AVDD 9.4–9.8V) ensures compatibility with various power systems.

🛠️ Customization Ready: Small-batch trial orders accepted. Customizable FPC, backlight, touch panel, and firmware to match your needs.

Technical Specifications

Details

Applications & Success Stories

This 9.0" HMI square TFT LCD module has been successfully deployed across industries where reliability and clarity are critical. Below are typical use cases and real-world examples.

🏭Industrial Automation – CNC Machine Control Panel

A European machinery manufacturer integrated this module into their CNC operator panel. The -20℃ to 70℃ operating range ensured reliable performance in unheated factory environments, while the 24-bit RGB interface simplified connection to their existing controller.

🏥Medical Equipment – Portable Patient Monitor

A medical device startup used this module for its compact COG design and stable 120 cd/m² luminance, enabling clear waveform display in bright hospital settings. Custom FPC adaptation helped fit their slim enclosure.

🏠 Smart Home – Central Control Hub

A smart home integrator chose this module for its wide temperature range and long backlight life, making it suitable for both indoor wall panels and outdoor gate intercoms. 20,000-hour LED life reduced long-term maintenance concerns.

📊 Outdoor Kiosk – Ticketing Terminal

With storage temperature down to -30℃ and operating down to -20℃, this module survived winter conditions in outdoor ticketing kiosks. The 800×480 resolution provided clear display of QR codes and transaction information.

Q: What manufacturing certifications does Tianfu Display hold?

A: Tianfu Display operates an ISO 9001:2015 certified facility, ensuring standardized quality management across design, bonding, and delivery. All modules utilize RoHS and REACH compliant raw materials, matching global eco-regulations.

Q: What specific quality tests are performed on each production lot?

A: Every batch undergoes rigorous inspection workflows, including Incoming Quality Control (IQC) for glass/ICs, In-Process Quality Control (IPQC) for automated COG/FOG bonding line alignment, and 100% Outgoing Quality Control (OQC). Reliability tests cover temperature cycling, humidity resistance, vibration, and backlight aging.

Q: Do you provide traceability for display manufacturing batches?

A: Yes. Each module is serialized with a trackable lot code mapped to its exact assembly date, chemical batch, and lab test log. This enables rapid 8D root-cause analysis, essential for long-lifecycle industrial applications.

Q: What is your standard warranty and hardware replacement policy?

A: We offer a 12-month standard manufacturer warranty covering defects. For confirmed quality issues, replacement units are processed rapidly within 5–7 business days to minimize client project downtime.

Q: Do you provide firmware and technical initialization code for integration?

A: Absolutely. We provide complete hardware-software documentation packets including full datasheet specs, initialization code scripts, clock timing diagrams, mechanical drawings, and interface register notes.

Q: Can I get a small-batch sample before mass production commitments?

A: Yes, engineering trial orders from 1 to 30 pieces are welcomed for proof-of-concept testing. Standard samples ship within 1 week, while custom FPC routing, backlight modifications, or touch panel overlays require 2–3 weeks for prototyping.