
Add to Cart
Wholesale Auto Parts Front Air Spring Bag For Mercedes Benz W164 Suspension System
Product Description
Part Number:505019B
Application:For Mercedes Benz W164 GL/ML Class
Installation Position:Front Left,Front Right
Manufacturer:GUOMAT
Product Type:Air Spring Bag
Origin: Guangdong,China
Condition:Air suspension accessories,top quality with competitive price
Warranty: We provide 1 year warranty for this product.
Weight:4 KG
Packing Size:38*18*18 (CM)
Payment:L/C,T/T,Western Union,Paypal
Shipment:By air / By sea / By express
Shipping Port: Guangzhou,China
Delivery Time:Usually 2 - 8 working days after received your payment.
GUOMAT Similar Items
Car Make | Model | GUOMAT NO. | OE NO. | Position |
MERCEDES-BENZ | W211/W219 | 505018 | A2113200725 A2113200825 A2113201525 A2113201625 2113201225 2113201325 | REAR RIGHT/LEFT |
MERCEDES-BENZ | W164 | 505019B | FRONT RIGHT/LEFT | |
MERCEDES-BENZ | W164 | 505021 | A1663200325 A1643201025 A1643200425 A1643200625 A1643200925 A1643200225 A1643200725 A1643200825 | REAR RIGHT/LEFT European |
MERCEDES-BENZ | W164 | 505022 | A1663200325 A1643201025 A1643200425 A1643200625 A1643200925 A1643200225 A1643200725 A1643200825 | REAR RIGHT/LEFT American |
MERCEDES-BENZ | W164 | 505023 | A1663200625 A1643200925 A1643200725 | REAR RIGHT/LEFT |
MERCEDES-BENZ | W254 | 505026 | A2513200425 A2513200325 A2513200025 | REAR RIGHT/LEFT |
MERCEDES-BENZ | W638 | 505027 | A6383280501 A6383280601 A6383280701 | REAR RIGHT/LEFT |
MERCEDES-BENZ | W639 | 505028 | A6393280101 A6393280201 A6393280301 | REAR RIGHT/LEFT |
MERCEDES-BENZ | W212/S212 | 505029 | F 308613005 A2123200725 A2123204325 A2123203925 A2123202125 2123200725 | REAR LEFT |
MERCEDES-BENZ | W212/S212 | 505030 | F 308613006 A2123200825 A2123204025 A2123202025 2123200825 | REAR RIGHT |
How does an air spring work?
When the air spring shock absorber works, the inner cavity is filled with compressed air to form a compressed air column. As the vibration load increases, the height of the spring decreases, the volume of the inner cavity decreases, the stiffness of the spring increases, and the effective bearing area of the air column in the inner cavity increases. At this time, the load-bearing capacity of the spring increases. When the vibration load decreases, the height of the spring increases, the volume of the inner cavity increases, the stiffness of the spring decreases, the effective bearing area of the inner cavity air column decreases, and the bearing capacity decreases. Spring diminishes at this time. In this way, the effective stroke, height and inner cavity volume of the air spring decrease with the increase of the capacity, and a vibration load with smooth transmission, flexible amplitude and effective control of the vibration load occurs. The stiffness and load-bearing capacity of the spring can also be adjusted by increasing and decreasing the inflation method, and an auxiliary air chamber can also be attached to achieve automatic adjustment.