Visco Fan Clutch For Mercedes 0002007522 0002008422 A0002007522 A0002008422

Product Specification

Description

We have established long-term and solid cooperative relations with many companies in the same industry in China and overseas. Our consultant team provides timely and professional after-sales service to satisfy our customers. We will send you detailed information and parameters of the products for your comprehensive understanding. We provide free samples and can arrange company visits. We welcome you to the factory for negotiation at any time. Hope to receive your consultation and establish a long-term partnership.

Service

Fantronic Clutchpro's business philosophy is simple: we are committed to providing unparalleled service to our customers.

How do we achieve this ?

1. Quality parts: We only provide the highest quality parts

2. Dedicated employees: Each of our employees is wholeheartedly committed to meeting customer expectations.

3. Technical expertise: Years of industry experience, combined with advanced technology, enable us to identify customers' parts needs, even if it is just a vehicle chassis number.

4. Delivery service: Nopei provides 7-day delivery service worldwide.

5. After-sales service: Our commitment to customers does not stop at sales, customer satisfaction is crucial before, during and after every transaction.

Advantage

Stable quality, favorable prices, professional sales consultants, 24-hour online customer service
FAQ

1. Are you a manufacturing company or a trading company?

We are a manufacturer of fan clutches and have been in the industry for more than 20 years.

2. What types of parts can you provide?

@We are committed to providing one-stop purchasing services for heavy truck-heavy machinery users. (Especially focus on cooling system parts, fan clutch/fan blade/fan clutch water pump.

3. How long is your production lead time?

@ 1 working day for inventory; 30 days for mass production.

Express Delivery

A full range of sea and air logistics systems, providing you with the most convenient logistics experience, quick response, saving your time.

4. How is the quality and after-sales service? One year warranty, if there is any actual quality problem, we will refund or send new products as compensation.

5. What is your packaging?
Neutral packaging box or customized according to customer requirements
6. Can I provide a sample?
If the customer is willing to pay the sample fee, we can provide samples.
7. Will you test our products before shipment?
Yes, we have 100% tested before shipment.
8. How about the delivery time?
Usually 7-14 days, if the quantity is large, it will take 35 days.
9. Can you produce according to the sample?
If the quantity is suitable, we will develop according to the sample.

Q: What is "Failure Mode and Effects Analysis (FMEA)"? How is it applied to clutch design?
A: FMEA is a systematic risk prevention tool. During the design phase, the team proactively analyzes how each component could fail, the causes of failure, the consequences, and their severity, and develops preventive measures. For example, analyzing the mode, cause (wear, aging), and consequence (leakage, performance loss) of "main seal failure," and preventing it by designing a better seal structure and material.

Q: What problems can "thermal imaging analysis" reveal in clutch testing?
A: Using an infrared thermal camera, the temperature distribution of the clutch during operation can be visualized. It can reveal: 1) Local hot spots (possibly due to dry friction, poor lubrication, or blocked flow passages). 2) Temperature unevenness (indicating poor cooling airflow or silicone fluid circulation). 3) Abnormal bearing temperature rise (predicting lubrication failure or improper preload).

Q: How does the internal "pressure distribution" affect the clutch's performance?
A: The pressure distribution inside the silicone fluid chamber directly affects the valve opening/closing force, seal load, and bearing axial force. Uneven pressure distribution can cause valve sticking, accelerated local seal wear, or additional bearing load. CFD analysis is used to optimize the chamber shape for ideal pressure distribution.