Custom Piezo Switches for Marine Control Panel
Langir custom piezo switches for marine control panels are engineered to deliver reliable performance in harsh offshore and marine environments. Built with solid-state piezoelectric technology, these switches eliminate mechanical wear and ensure long service life even under constant exposure to saltwater, humidity, and vibration. Featuring IP68/IP69K sealing and marine-grade stainless steel construction, they provide superior resistance to corrosion and environmental stress. Fully customizable for OEM applications, Langir switches integrate seamlessly into navigation systems, deck controls, and onboard equipment.
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Marine-Grade Corrosion Resistance
316L stainless steel protects against salt spray, humidity, and harsh marine conditions.
IP68/IP69K Waterproof Sealing
Fully sealed design ensures reliable operation under water exposure and washdown cleaning.
Solid-State Longevity
No moving parts enables over 50 million cycles, minimizing maintenance in critical systems.
Vibration & Shock Resistance
Stable performance in high-vibration marine environments.
High Visibility Options
LED illumination ensures clear operation in low-light or night conditions.
Flexible System Integration
Compatible with marine control systems and onboard electronics.






Tailored for Demanding Marine Applications
Customize your switch to meet the unique challenges of marine environments and control systems.
Corrosion-Resistant Material Customization
Illumination & Visibility Options
Electrical & Signal Customization
Mechanical & Mounting Design
Corrosion-Resistant Material Customization
- 316L stainless steel for superior saltwater resistance
- Optional anti-corrosion coatings for extreme environments
- Resistance to salt spray and marine chemicals
- Long-term durability in offshore conditions
Illumination & Visibility Options
- LED colors for navigation and control indication
- High-brightness illumination for sunlight visibility
- Backlit symbols or engraved icons
- Low-power lighting for energy-efficient operation
Electrical & Signal Customization
- Output types: momentary, latching, or custom signals
- Voltage options (5V, 12V, 24V or marine system standards)
- Waterproof connectors and cable assemblies
- EMI/ESD protection for marine electronics
Mechanical & Mounting Design
- Various sizes (16mm to 25mm or custom)
- Flat or domed actuator surfaces
- Panel sealing solutions for waterproof integration
- Anti-vandal structural reinforcement
Why Langir is Your Go-to Choice
Engineered for Harsh Marine Environments
Langir piezo switches are designed to withstand extreme marine conditions, including salt spray, humidity, and temperature fluctuations. The 316L stainless steel housing offers excellent corrosion resistance, ensuring long-term durability in offshore and coastal applications.
Reliable Operation Without Mechanical Wear
Using solid-state piezoelectric technology, the switch operates without moving parts, eliminating mechanical failure risks. With a lifecycle exceeding 50 million actuations, it ensures consistent performance in mission-critical marine control systems.
Advanced Waterproof and Environmental Protection
With IP68/IP69K sealing, these switches resist water ingress, high-pressure washdowns, and exposure to marine elements. They are ideal for deck controls, navigation panels, and exposed outdoor installations.
Precision Manufacturing and Quality Assurance
Each switch is manufactured using CNC machining and precision assembly to ensure tight tolerances and consistent performance. Comprehensive testing includes waterproof validation, vibration testing, and electrical reliability checks.
Reliable Production for Marine-Grade Performance
Our process ensures every switch meets the highest standards for durability and environmental resistance.
1. Application Analysis & Marine Environment Assessment
We evaluate environmental factors such as salt exposure, humidity, and vibration. Our engineers design solutions tailored to marine operating conditions.
2. Design & Prototype Development
CAD designs and prototypes are created to validate performance. Testing includes corrosion resistance, sealing integrity, and illumination visibility.
3. Environmental Testing & Validation
Switches undergo salt spray testing, IP rating verification, temperature cycling, and vibration testing to ensure durability in marine environments.
4. Mass Production & Quality Control
Production is carried out using precision machining and automated assembly. Each unit is tested for sealing, electrical performance, and surface quality.
5. Global Delivery & Technical Support
Products are securely packaged and shipped worldwide. We provide ongoing technical support for marine OEM integration.
FAQs
Yes, they are specifically designed for marine use. The corrosion-resistant materials and sealed construction ensure reliable performance in saltwater and humid conditions.
We primarily use 316L stainless steel due to its excellent resistance to corrosion and salt spray. Additional coatings can be applied for enhanced protection.
Yes, they are rated up to IP68/IP69K. This allows them to operate reliably in wet environments, including direct water exposure and washdowns.
They typically exceed 50 million cycles thanks to their solid-state design. This reduces maintenance and ensures long-term reliability.
Yes, they are designed to perform in high-vibration environments such as boats and offshore equipment. Their solid construction ensures stability.
Yes, LED illumination is available for improved visibility in low-light or night conditions. Multiple colors and brightness levels can be customized.
Absolutely. We offer customization in size, output type, illumination, and materials to meet your specific requirements.
Yes, they are designed to withstand exposure to salt, cleaning agents, and other marine-related chemicals.
They are widely used in marine navigation systems, deck control panels, offshore equipment, and shipboard control systems.
Typical lead time is 2–4 weeks depending on customization. Samples can be provided for testing before mass production.
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