Original hood buffer clips for Peugeot and Citroën

This set of 10 hood buffer clips, with OE number 873375, is specially designed for various Peugeot and Citroën models. They provide a firm and reliable attachment of the hood buffers, which is essential for proper alignment and operation of the hood.

Compatibility with different models

These clips are compatible with a wide range of vehicles, including:

• Citroën Berlingo (2008-2018):
• 1.2 PureTech
• 1.4i
• 1.6i
• 1.6 HDi

• 1.6 BlueHDi

• Peugeot Partner (2008-2018):

• 1.2 PureTech

• 1.4i
• 1.6i
• 1.6 HDi
• 1.6 BlueHDi

High quality and durability

These original PSA clips are manufactured to the highest quality standards, ensuring long life and optimal performance. They are designed to fit perfectly and are easy to install, saving you time and ensuring a secure attachment.

Specifications

• OE number: 873375
• Quantity in set: 10 pieces
• Material: High-quality plastic
• Weight per piece: 0.05 kg

Benefits of original PSA clips

• Perfect fit: Specifically designed for the mentioned models, ensuring seamless integration.
• Easy installation: Thanks to the thoughtful design, the clips can be mounted quickly and without special tools.
• Durability: Made from robust materials that resist wear and weather influences.

Application and installation

These clips are used to securely hold the hood buffers in place, which is essential for proper alignment and operation of the hood. Correct installation contributes to safety and comfort while driving.

Importance of timely replacement

Worn or damaged clips can lead to a loose hood buffer, causing unwanted noises and possible damage to the hood. Timely replacement of these clips ensures optimal operation and prevents further problems.

Summary

With this set of 10 original hood buffer clips for Peugeot and Citroën, OE number 873375, you are assured of a high-quality and durable solution for securing your hood buffers. They offer a perfect fit, easy installation, and long-lasting performance, keeping your vehicle in optimal condition.