Electronic sensor housings require high precision and miniaturization. Common materials used are PBT, LCP, and PPS. The process utilizes precision injection molding combined with waterproof sealing to ensure stable operation in various environments.

• Material Drying and Preparation
• Precision Injection Molding
• Seal Assembly
• Waterproof Coating
• Testing and Shipping

• Applicable to temperature, pressure, optical sensors, and other sensors
• Meets the needs of industrial and consumer electronics

• High precision ensures stable measurement
• Excellent waterproof and dustproof performance
• Material resistance to heat and chemical corrosion
• Lightweight design
• High consistency in mass production

• Q1: Is it waterproof?
  A1: Yes, it supports IP65–IP68 protection ratings.
• Q2: Can the interface be customized?
  A2: Yes, we support a variety of specifications.
• Q3: Is it chemically resistant?
  A3: Yes, it is suitable for a variety of environments.
• Q4: What is the mold lifespan?
  A4: Up to a million cycles.
• Q5: Is miniaturization possible?
  A5: Yes, it is suitable for micro sensors.

We can provide customization options such as exterior design, optimized interfaces, waterproof structures, and surface printing to ensure the sensor housing meets diverse application scenarios.