Struggling to source high-quality WVA 20168 brake pads1? Poor manufacturing causes performance issues. You need a direct factory supplier with proven, OE-level precision for reliable results.
You can find reliable WVA 20168 brake pads from specialized manufacturers, often located in China's coastal industrial regions2. These factories use high-precision machinery3 and strict quality control4, ensuring the final product perfectly matches verified OE cross-references5 for vehicle compatibility and performance.

Finding the right supplier is about more than just matching a part number. You need to understand the details that make a specific part, like the WVA 20168, reliable and safe. Getting this wrong can lead to wasted inventory and unhappy customers. Let’s break down what you need to know to source these parts correctly and confidently for your business.
What Is WVA 20168 and How Do You Confirm It Matches Your Vehicle?
Are you confused by the WVA numbering system6? Ordering the wrong brake pad wastes time, money, and damages your reputation. Let's clarify what WVA 20168 means and how to ensure a perfect fit.
WVA 20168 is a standardized code from the European braking industry that identifies a specific brake pad shape and size. To confirm it matches your vehicle, you must cross-reference it with the Original Equipment (OE) part number or check its physical dimensions against the caliper specifications.

The WVA numbering system6 is a huge help for those of us in the auto parts industry. It creates a universal language for brake pad shapes. However, a number alone isn't enough to guarantee a perfect fit. The manufacturing precision behind that number is what truly matters. For B2B importers and distributors, verifying the fit is a critical step before placing a large order. I always guide my clients through a simple but effective verification process to eliminate any guesswork and ensure the parts they order are exactly what their market needs.
Verifying the Fit: A Two-Step Process
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Cross-Referencing OE Numbers: This is the most reliable method. Every vehicle manufacturer assigns a unique OE number to their parts. By matching the WVA number to the correct OE number, you confirm that the brake pad is designed for a specific make and model. As a manufacturer, we provide comprehensive cross-reference lists to our clients for this purpose.
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Checking Physical Specifications: Sometimes, you need to double-check the physical part. This involves comparing the new brake pad's dimensions, backing plate shape, and any slots for wear sensors against the old part or the vehicle's brake caliper. Even a millimeter of difference from a low-precision factory can cause fitting issues or noise.
Which OE Numbers and Cross References Are Equivalent to WVA 20168?
Are you drowning in a sea of different part numbers? Using the wrong cross-reference can lead to a warehouse full of incompatible stock. Here is a clear list of verified OE numbers for WVA 20168.
WVA 20168 corresponds to several OE numbers, mainly for brands like Citroën and Peugeot. Key equivalent OE numbers are 4252.187, 4252.21, and 9565910380. Always verify with your supplier for a complete and updated list relevant to the specific vehicle models you target.

Having a detailed cross-reference list is essential for any parts importer or distributor. It allows you to serve a wider range of vehicles with a single Stock Keeping Unit (SKU), which makes inventory management much more efficient. This particular brake pad, WVA 20168, is common in many older European vehicles that are still very popular in certain markets worldwide. Providing a reliable replacement part for these cars is a great business opportunity. At our factory, we maintain an extensive and constantly updated database of OE and aftermarket numbers. This ensures our clients receive parts that are not only high-quality but also perfectly matched to their target vehicles.
Key OE and Aftermarket Equivalents
Here is a simplified table of common cross-references for WVA 20168. This is not an exhaustive list, but it covers the most frequent applications.
| Brand | Part Number | Notes |
|---|---|---|
| OE | [4252.18](https://www.ebay.com/itm/145766977819)7 |
Citroën / Peugeot |
| OE | 4252.21 |
Citroën / Peugeot |
| OE | 9565910380 |
Citroën |
| OE | 4251.48 |
Peugeot |
| TRW | [GDB400](https://spareto.com/products/trw-brake-pad-set-disc-brake/gdb400)8 |
Common Aftermarket Reference |
| Brembo | P 61 017 |
Common Aftermarket Reference |
| Ferodo | FDB129 |
Common Aftermarket Reference |
What Are the Exact Specifications of WVA 20168 Brake Pads?
Do you need the precise technical details for your production order? Vague specifications can result in a product that doesn't meet your quality or safety standards. Let's look at the exact dimensions and material requirements.
The WVA 20168 brake pad has specific dimensions: approximately 96.9 mm in width, 52.8 mm in height, and a thickness of 17 mm. It is designed for the Bendix braking system. Key specifications also include friction material composition9 and backing plate integrity10.

Knowing the numbers is one thing, but understanding the manufacturing challenges behind them is what separates a reliable supplier from the rest. The WVA 20168 is a particularly difficult part to produce correctly. Standard equipment often lacks the precision to meet OE standards. The most challenging stage is the cooling, shaping, and density control process11. High-precision machinery, usually found in factories in coastal regions like Fujian or near Shanghai, is required to get it right. Machines from other areas, like Hebei, often can't meet these tight tolerances.
Technical Breakdown: Beyond the Numbers
Another major challenge is getting the friction material mix just right. To add ingredients, the machine must be stopped and the mold opened. This interruption makes the cooling process very difficult to control, but it is a critical step for creating a safe and durable brake pad. I remember my first time producing this part for a client in Pakistan. We were still refining our process, and the initial batch showed slight signs of uneven wear12. To my surprise, the client actually preferred this for their local road conditions. That experience taught us a valuable lesson, and we have since perfected our process to control wear patterns precisely for any client's requirement.
| Attribute | Value |
|---|---|
| WVA Number | 20168 |
| Width | 96.9 mm |
| Height | 52.8 mm |
| Thickness | 17.0 mm |
| Brake System | Bendix |
Conclusion
Sourcing WVA 20168 pads requires a factory partner who understands its precise specifications, OE references, and complex manufacturing process. We have the expertise to be that reliable partner for you.
Discover trusted sources for WVA 20168 brake pads to ensure your inventory meets performance and safety standards, avoiding costly returns and complaints. ↩
Learn why factories in coastal regions offer superior precision and quality, helping you choose the best manufacturing location for your parts. ↩
Understand how advanced machinery impacts brake pad quality, so you can select suppliers who deliver OE-level products. ↩
Explore how rigorous quality checks ensure consistent, safe brake pads, reducing risk and boosting customer satisfaction. ↩
Find out how OE cross-references simplify inventory management and guarantee compatibility for a wider range of vehicles. ↩
Gain clarity on the WVA system to avoid ordering mistakes and streamline your sourcing process for brake pads. ↩
Identify the exact applications for OE 4252.18 to target your inventory and marketing efforts more effectively. ↩
Learn how GDB400 cross-references expand your product offering and help you serve more customers in the aftermarket. ↩
Understand the importance of material mix in brake pads to ensure safety, durability, and customer satisfaction. ↩
Explore why backing plate quality is essential for preventing failures and maintaining high standards in your product line. ↩
Learn about the manufacturing steps that impact brake pad quality, so you can choose suppliers with proven expertise. ↩
Find out how wear patterns influence brake pad selection and how you can tailor products to specific market needs. ↩