CIPG (Cured-In-Place Gasket) is a modern automated sealing technology. It involves dispensing liquid sealant directly onto product interfaces, which then cures into an elastic gasket. This method offers excellent waterproofing, dust resistance, and vibration protection.
Automated Process: Robotic dispensing improves precision and reduces human error.
Superior Sealing: Once cured, the gasket provides strong environmental protection.
Flexible Design: Customizable for complex shapes and thicknesses.
Multiple Curing Methods: Room temperature, thermal, or UV curing.
Dry Assembly: Unlike FIPG, CIPG cures first and seals during final compression.
CIPG Process Flow (UV-Curable Example)
Step 1: Automated Dispensing
A robotic arm or CNC system applies transparent UV-curable liquid gasket onto the component surface.
Automated dispensing of high-viscosity UV-curable adhesive designed for precision CIPG sealing applications.
Step 2: UV Light Curing
A UV LED lamp cures the liquid sealant into a flexible gasket, ready for compression sealing.
Why UV-Curable Sealant Is Highlighted Here
UV light enables curing within seconds to minutes, reducing production cycle time.
Ideal for automated dispensing systems, ensuring uniform bead formation.
UV-cured sealants are clear, meeting aesthetic requirements in consumer electronics.
Unlike heat curing, UV curing avoids damage to sensitive electronic components.
UV curing has become the mainstream choice in automotive electronics and mobile devices.
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CIPG (UV-Curable Example) |
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FIPG (Formed-In-Place Gasket) |
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Headlamp Sealing: Achieves IP67/IP68 waterproof ratings
Whether for BMS, ECU, or smart devices, our transparent sealants ensure perfect bead formation and precision curing. Let our specialists help you optimize your dispensing parameters and reduce cycle times. Email us at fong.yong01@msa.hinet.net immediately to get more information.
