Automotive Waterproof LSR Overmolded Connector Housing
Automotive Waterproof LSR Overmolded Connector Housing. For This LSR overmolded connector housing can be used in:. Custom electronic and electrical...
View product detailsWaterproof LSR Overmolded LED Module for Harsh Environments. For Automotive LED lighting systems. Custom electronic and electrical assembly component for...
Waterproof LSR Overmolded LED Module for Harsh Environments is engineered as a electronic and electrical assembly component for automotive LED lighting systems, outdoor landscape lighting, and industrial indicator lights. Its construction centers on material system: Liquid Silicone Rubber + PCB + LED Chips; process: LSR Injection Overmolding; protection level: IP67 / IP68 (depending on design), giving the part a clearly defined role in sealing, protection, positioning or functional integration within the finished assembly.
The page is structured for B2B sourcing: first the functional highlights, then the documented material or process data, followed by application and customization information where it is available. This makes the technical requirements easier to review during supplier qualification.
| Product Name | LSR Overmolded LED Lighting Module |
|---|---|
| Material System | Liquid Silicone Rubber + PCB + LED Chips |
| Process | LSR Injection Overmolding |
| Protection Level | IP67 / IP68 (depending on design) |
| Operating Temperature | -40°C to 200°C |
| Light Transmission | Transparent / Diffused (customizable) |
| Electrical Compatibility | Low voltage LED systems |
| UV Resistance | High |
| Application Type | Indoor / Outdoor / Industrial |
It provides a fully sealed structure that protects LEDs from water, dust, vibration, and environmental damage.
Yes, with proper structural design, LSR encapsulated LED modules can achieve IP67 or IP68 protection levels.
Optical-grade LSR can be customized to maintain or diffuse brightness without significant loss of light efficiency.
Because these components are application-specific, the drawing and assembly conditions remain the controlling documents. The product information above is best used to define the initial RFQ scope and identify the items that need confirmation before tooling or mass production.
Send the material, dimensions, application environment and estimated quantity. Our team will review the project and identify the next engineering step.