Waterproof LSR Overmolded Ultrasonic Transducer Assembly is designed around the requirements of ultrasonic distance measurement sensors, medical ultrasound equipment components, and automotive parking and detection systems. As a electronic and electrical assembly component, the design is defined by encapsulation material: Liquid Silicone Rubber (LSR); process: LSR Injection Overmolding; operating temperature: -40°C to 200°C and should be evaluated as part of the complete product or equipment assembly.
A successful custom part depends on more than the outer shape. The sealing path, contact surfaces, wall sections, bonding areas and installation method all influence how the component performs in service. The points below summarize the component in an engineering-focused format for RFQ and supplier comparison.
Performance Highlights
- The LSR overmolding process forms a seamless protective layer around the transducer.
- IP67 to IP68 waterproof capability
- Fully sealed structure against dust and moisture
- Developed for submerged and outdoor environments
- Special silicone formulations ensure minimal interference with ultrasonic signal transmission.
- Enhanced acoustic permeability silicone material
- Low signal attenuation design
Material and Process Data
| Product Name | LSR Overmolded Ultrasonic Transducer |
|---|---|
| Core Component | Piezoelectric Ultrasonic Sensor |
| Encapsulation Material | Liquid Silicone Rubber (LSR) |
| Process | LSR Injection Overmolding |
| Waterproof Rating | IP67 / IP68 (design dependent) |
| Operating Temperature | -40°C to 200°C |
| Signal Type | Ultrasonic frequency transmission |
| Chemical Resistance | High |
| Application Type | Industrial / Medical / Automotive |
Typical Applications
- Ultrasonic distance measurement sensors
- Medical ultrasound equipment components
- Automotive parking and detection systems
- Industrial liquid level sensors
- Smart home ultrasonic devices
- Water quality monitoring systems
- Marine detection and sonar systems
Customization and Project Options
- Yes, frequency range, shape, housing design, and encapsulation structure can all be customized.
- It is widely used in industrial sensing, automotive systems, medical devices, and smart electronics.
Engineering and Quality Considerations
- The product is manufactured using precision injection molding and sensor assembly technology:
- Ultrasonic Transducer Assembly Piezoelectric ceramic elements are assembled with electrodes and housing.
- Functional Testing Electrical and acoustic performance is tested before encapsulation.
- LSR Overmolding Encapsulation Liquid silicone rubber is injected to fully or partially encapsulate the transducer.
- Thermal Curing Silicone is cured to form a stable protective sealing layer.
- Final Calibration Signal performance and waterproof integrity are verified.
Common Sourcing Questions
Does LSR affect ultrasonic signal performance?
Special acoustic-grade LSR is used to minimize attenuation and maintain stable signal transmission.
Can this transducer be used underwater?
Yes, with proper design, LSR encapsulated transducers can achieve IP68 waterproof performance suitable for submerged applications.
Is customization available?
Yes, frequency range, shape, housing design, and encapsulation structure can all be customized.
Рассмотрение запросов на предложение и чертежей
For a new project, the final geometry and acceptance criteria should be matched to the mating part and operating conditions. Use the documented material, process and performance points on this page as the starting point for drawing review and quotation.