Description
Product Overview
Reliable and secure driver pyrotechnic seat belt designed specifically for the Citroën C4 3-door model. This OEM-quality seat belt is an essential safety component for your vehicle, ensuring proper restraint and passenger protection in case of impact.
Whether you are a professional mechanic or a car enthusiast performing repairs yourself, this pyrotechnic seat belt provides the perfect combination of durability and safety. It has been carefully removed and inspected, ready for efficient installation on your Citroën C4.
Function and Maintenance
The pyrotechnic seat belt features a built-in pyrotechnic mechanism that locks the belt instantly during a collision, minimizing forward movement and risk of injury. Over time, seat belts can wear out, become damaged, or their pyrotechnic elements can degrade, which compromises safety. It is important to replace any damaged or malfunctioning seat belts promptly or follow manufacturer service intervals to maintain optimal safety standards.
Installation Guidance
Replacing the pyrotechnic seat belt in the Citroën C4 3-door involves removing the interior trim panels to access the mounting points. Securely fasten the belt using the original bolts, ensuring the pyrotechnic unit is properly connected to the vehicle’s safety systems. Always consult the vehicle service manual for exact procedures and torque specifications.
Technical Information
- Manufacturer: Citroën
- Model: C4 3-Door
- Product Codes: 96479910XX, 8974KV
- Additional Numbers: PSA Citroën Peugeot 8974KV
Why Choose This Part?
Opting for this specific OEM pyrotechnic seat belt ensures compatibility and maintains the original safety standards of your Citroën C4. Our team of experienced mechanics guarantees that each part meets high-quality standards, giving you confidence in the safety and functionality of your vehicle after installation.
Additional Offers
Explore our comprehensive range of used parts for Citroën and Peugeot vehicles. We offer cost-effective solutions to keep your car running smoothly without compromising on safety or performance.
