Inconsistent dispense accuracy
씰란트 가스켓 (CIPG/FIPG)
Key Challenges in CIPG / FIPG Dispensing
Dripping and tailing at start/stop points
Air entrapment and void formation
Off-ratio mixing for 2K types
High-Efficiency Supply System for CIPG/FIPG Application
NEXGEN’s high-efficiency dispensing system is designed to eliminate common sealing defects. The system integrates servo-controlled metering pumps and precision suck-back valves to maintain stable pressure and instant flow cut-off at every cycle. With temperature-controlled feed units, material separation and pulsation are minimized, ensuring:
- Clean bead start and stop points
- Uniform gasket profiles & leak-free sealing performance
- Reduced material waste & lower energy consumption
CIPG Application in Typical Industries
Battery pack sealing
Forming CIPG/FIPG gaskets along battery housing flanges to ensure long-term sealing performance against moisture, dust, and electrolyte vapor.
Automotive lighting sealing
Dispensing gaskets between lens and housing to prevent water and dust ingress for headlights, taillights, and signal lamps.
Electronics housing sealing
Dispensing precision gasket beads around sensor housings, control units, or display modules using silicone or foamable polyurethane to achieve dust-tight, and moisture-resistant enclosure protection.
Solar panel edge sealing
Applying sealants along the panel edges or frame joints to prevent moisture ingress, delamination, and corrosion, thereby improving long-term reliability in outdoor conditions.
Automotive seam sealing and window bonding
Applying sealants along body seams, joints, and window edges to improve structural rigidity, vibration damping, and weatherproofing of vehicle assemblies.
Pump, enclosure, and gearbox gasketing
FIPG/CIPG using silicone or polyurethane sealants on mechanical housings, pumps, or gearboxes to ensure leak-free sealing of oil, coolant, or air under thermal and pressure cycles.