The Protex Ball Joint Front Upper - BJ317 is a key component in a vehicle's suspension system, specifically designed for the upper front position. 

Key Features

• Suspension Component: The BJ317 is a ball joint, a critical part of the suspension system that connects the control arm to the steering knuckle.
• Upper Front Position: This ball joint is designed for use in the upper front position of the suspension, contributing to the vehicle's stability and control.
• Quality Construction: Protex is known for producing high-quality auto parts, and the BJ317 is likely constructed with durable materials to withstand the stress and load experienced in the suspension system.
• Precision Engineering: Ball joints require precision engineering to ensure proper articulation and movement within the suspension system. The BJ317 is designed with precision to meet these requirements.
• Compatibility: Protex aims to provide parts that are compatible with a variety of vehicles. The BJ317 is likely designed to offer versatility and adaptability across different makes and models.
• Technology and Innovation: Protex emphasises the integration of technology and innovation in the manufacturing process of their auto parts. This commitment ensures that their components meet modern standards and requirements.
• Ease of Installation: The BJ317 is designed for ease of installation, making it suitable for both professional mechanics and DIY enthusiasts.
• Used in Various Markets: Protex suspension components, including the BJ317, are used in diverse markets, catering to both commercial and passenger vehicles.
• Crucial for Suspension Performance: The ball joint is a crucial component for the proper functioning of the suspension system. It allows for articulation and movement, contributing to overall ride comfort and handling.

In summary, the Protex Ball Joint Front Upper - BJ317 is a suspension component that plays a crucial role in the stability and control of the vehicle. As part of the upper front suspension, it is engineered to provide reliable performance and contribute to the overall performance of the suspension system.