Our 17 Inch 5 Wire Resistive Touch Panel is specifically engineered for rugged marine navigation, wheelhouse consoles, engine room monitoring systems, and offshore vessel control equipment. This single-touch resistive solution significantly outperforms capacitive touch screens in marine environments, perfectly supporting accurate input with work gloves, waterproof offshore gloves, styluses, and wet fingers.
Built on a mature 5-wire resistive architecture, this panel effectively eliminates the aging and drift issues common in traditional 4-wire touch screens. It supports over 35 million touch activations while maintaining consistent linearity, fully meeting the rigorous 24/7 continuous operation requirements of vessels. Specially optimized to withstand typical maritime threats---including vibration, salt spray, persistent high humidity, and wide temperature fluctuations from -20°C to +70°C---it is also available with optional AG (Anti-Glare) / AR (Anti-Reflection) / AF (Anti-Fingerprint) coatings and optical bonding to significantly enhance sunlight readability on open bridges.
We offer flexible customization services, including USB/RS232 interfaces, tailored FPC routing, reinforced edge sealing (supporting IP65~IP67 waterproof integration), EMI (Electromagnetic Interference) optimization, and custom cover glass processing. Manufactured in our ISO 9001, ISO 13485, and IATF 16949-certified factory, every unit undergoes strict optical, temperature, and reliability testing prior to shipment.
Beyond marine systems, this touch panel is also widely used in industrial automation HMIs, heavy machinery, and medical diagnostic equipment. We support both prototype sampling and large-scale OEM/ODM orders, committed to delivering reliable human-machine interaction solutions for global marine equipment integrators.
| Item | Specification |
| Size | 17 Inch |
| Touch Technology | 5 wire Resistive (Single Touch) |
| Supported Input | Finger, Protective Gloves, Stylus, Wet Fingers |
| Interface | USB / RS232 / Custom Controller Optional |
| Surface Hardness | ≥3H |
| Light Transmittance | Up to 80% |
| Operating Temperature | -20°C ~ +70°C |
| Primary Applications | Marine Navigation & Vessel Control, Industrial Automation, Medical Equipment, Heavy Machinery |
| Customization | Full OEM / ODM Supported |
Shipboard human-machine interfaces (HMIs) must function consistently under harsh conditions where standard commercial touch panels often fail.
Our 17-inch 5-wire resistive touch panel is widely integrated into various marine equipment, including: marine navigation displays, wheelhouse/bridge control consoles, radar and sonar operator terminals, engine room monitoring systems, marine automation HMIs, onboard communication equipment, offshore platform control panels, and marine power distribution control units.
5-wire resistive technology maintains consistent responsiveness for vessel crews, directly boosting onboard safety and ensuring operational stability for marine OEM integrators.
Because it delivers superior performance in the following areas:
During daily marine operations, crews typically need to wear protective gloves. This touch panel accurately registers pressure-based inputs from a wide variety of sources, including heavy-duty work gloves, waterproof offshore gloves, insulated protective gloves, hard-tip styluses, fingertips and bare nails, as well as damp or wet fingers. It is this exceptional versatility that makes resistive touch the established preferred option for commercial and working vessels.
Bridge displays often run 24/7 over multiple years in harsh marine environments. Compared to traditional 4-wire resistive panels, our 5-wire resistive architecture delivers outstanding advantages:
- Over 35 million touch activations lifespan
- Consistent touch linearity across the full lifecycle
- Strong resistance to frequent repeated pressing
- Minimal calibration drift
Because the 5-wire design applies sensing voltage only to the rigid bottom glass layer, it drastically reduces the wear and aging issues of the top conductive film.
It is fully compatible with mainstream industrial LCD modules, featuring high light transmittance, low internal reflection, optional AG (Anti-Glare) / AR (Anti-Reflection) coatings, AF (Anti-Fingerprint) surface treatment, and support for full optical bonding. These upgrades drastically improve screen readability under the intense direct sunlight commonly experienced on open wheelhouses.
Shipboard touch panels endure far harsher operating conditions than land-based industrial equipment. Through targeted material and structural design, we effectively address the following critical maritime challenges:
Ocean salt accelerates the corrosion of internal components. Our design implementations include: corrosion-resistant conductive layers, marine-grade sealing adhesives, reinforced edge encapsulation, and long-lasting moisture barrier construction.
Vessels frequently operate in environments with relative humidity (RH) exceeding 90%. We utilize low-moisture-absorption raw materials, enhanced edge sealing structures, and anti-condensation internal lamination designs to ensure the conductive circuits remain stable under humid conditions.
Supports custom front-panel protection standards: IP65 / IP66 / IP67. Seamlessly integrates with customer enclosures via precision waterproof gasket matching, bezel sealing structure solutions, silicone sealing ring design, and edge waterproof adhesive integration.
Continuous engine vibration and wave impacts are inevitable at sea. Our countermeasures include reinforced cover glass mounting structures, strain-relieved FPC routing, highly flexible tail connection designs, industrial-grade high-strength adhesive bonding, and mechanical reinforcement around the connector zones.
Equipment must cope with variable climates: freezing port winters, tropical shipping lanes, and hot, enclosed engine rooms. Our standard operating temperature range is -20°C to +70°C; extended temperature versions are also available upon custom request.
For wheelhouse installations exposed to natural light: By integrating optical bonding, applying AG (Anti-Glare) / AR (Anti-Reflection) surface coatings to the cover glass, utilizing UV-stabilized materials, and providing matched high-brightness LCD modules, we ensure the product remains clearly visible under any conditions.
Ships carry dense communication, radar, and navigation electronics that generate electrical noise. Our optimization measures include tuned FPC trace layouts, effective electromagnetic shielding design, optimized grounding schemes, and matching with stable industrial-grade touch controllers. These effectively prevent random false touches or touch dropouts when coexisting with other onboard marine equipment.
As a touch screen manufacturer with our own production facility, we provide end-to-end customization services perfectly aligned with marine installation requirements:
- Custom cover glass thickness, outline shape, and edge finishing
- Interface selection: USB / RS232 / Standalone controller
- AG (Anti-Glare) / AR (Anti-Reflection) / AF (Anti-Fingerprint) surface treatments
- Full optical bonding services
- Waterproof structural design consultation
- EMI (Electromagnetic Interference) shielding optimization
- Wide-temperature material configurations
- Custom FPC (Flexible Printed Circuit) length, routing direction, and connector types
- Border silk-screen printing and custom logo printing
- Mechanical drawing technical support
- Complete LCD + Touch integrated module supply
Our engineering team collaborates closely with clients during the early product development phase to tailor exclusive touch solutions based on marine enclosure layouts and system architectures.
All our touch screens are manufactured in-house, strictly adhering to standardized quality management systems.
- ISO 9001 Quality Management System
- ISO 13485 Medical Device Quality Management System
- IATF 16949 Automotive Quality Standard
All our products undergo rigorous quality inspections prior to shipment. This strict adherence to our quality system ensures the consistency and reliability of every product we deliver.
A: Yes. It reliably responds to various offshore work gloves, waterproof gloves, and stylus inputs.
A: We provide structural consultation and matching touch panel design to help customers achieve target waterproof ratings together with their equipment housing.
A: Yes. We adopt low-hygroscopic materials and reinforced edge sealing to reduce condensation risks for marine deployment.
A: Fully customizable: FPC length, routing direction, connector type, and pin definition can be adjusted to perfectly match your hardware layout.
A: Yes. We offer one-stop display modules including LCD screens, resistive touch panels, and optical bonding, simplifying customer procurement and integration work.
A: It is widely deployed in industrial automation HMIs, diagnostic medical instruments, energy monitoring terminals, construction machinery, and agricultural heavy equipment.
Please provide the following details in your inquiry:
- LCD model or dimensional drawings
- Target marine equipment type
- Interface requirements (USB / RS232 / Controller)
- Operating temperature requirements
- Target waterproof rating (IP65 / IP66 / IP67)
- Cover glass and surface coating requirements
- Order stage: Prototype / Pilot Run / Mass Production
- Mechanical outline drawings (if available)
Our engineers will deliver professional technical evaluations, design recommendations, and formal quotations to accelerate your marine equipment development timeline.
Address
No. 39, Tangkeng 2nd Road, Tangkeng Community, Biling Sub-district, Pingshan District, Shenzhen City, Guangdong Province, China
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