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Shock Absorbers Indianapolis IN

This page provides relevant content and local businesses that can help with your search for information on Shock Absorbers. You will find informative articles about Shock Absorbers, including "Undercover: Getting a Charge out of Monotube Gas Shocks". Below you will also find local businesses that may provide the products or services you are looking for. Please scroll down to find the local resources in Indianapolis, IN that can help answer your questions about Shock Absorbers.

Midas Indianapolis
317-632-3202
1210 North Illinois
Indianapolis, IN
Autozone
(317) 351-1972
3863 E Washington St
Indianapolis, IN
All Care Automotive
(317) 423-3083
2924 E Washington St
Indianapolis, IN
Autozone
(317) 541-0022
2739 E 38th St
Indianapolis, IN
Carquest Auto Parts
(317) 297-3666
3574 Lafayette Rd
Indianapolis, IN
Hunts Auto Repair
(317) 549-8011
3524 N Shadeland Ave
Indianapolis, IN
AutoZone
(317) 634-0630
1530 E Washington St
Indianapolis, IN
Maaco Auto Body Shop and Collision Center
317-925-9900
3115 Lafayette Road
Indianapolis, IN
Fullen Auto and Truck Electric
(317) 637-8615
601 S West Street
Indianapolis, IN
Napa Auto Parts
(317) 634-3524
415 W Mccarty St
Indianapolis, IN
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Undercover: Getting a Charge out of Monotube Gas Shocks

By Larry Carley

From the outside, most shock absorbers and struts look pretty much alike: a round steel tube that telescopes up and down with bushings or fittings on both ends. But inside there can be significant design differences that affect not only the ride control characteristics and performance of the damper, but also its cost. So let's take a closer look at the “monotube” design.

In a conventional twin-tube shock absorber, the inner piston chamber is surrounded by an outer tube that acts as the fluid reservoir. As the shock pumps up and down, the action of the piston forces the hydraulic oil inside to flow back and forth through valving in the bottom of the shock into the outer fluid reservoir. In a monotube shock, there is no outer fluid reservoir. All the fluid remains in the piston chamber and a floating piston separates the fluid from a high pressure gas charge.

As the piston moves down, the fluid pushes against the floating piston and compresses the gas charge underneath it. The gas is actually nitrogen (air with oxygen and moisture removed). This creates a sort of “air spring” effect that...

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