Suspension

Synthetic lubrication for all types of automotive suspension component related devices and applications.

Shock Absorbers & Struts. Contemporary suspension systems can be customised as never before. Yet at low temperatures, traditional shock absorber fluid may become too viscous to pass though the valves that control the fluid level and adjusts the stiffness of the suspension. A very low viscosity synthetic fluid with temperature range to -60°C is recommended for servicing adjustable suspension systems.

Struts – Nye Synthetic Oil 185D & Nye Synthetic Oil 148G

Jounce bumper – Fluorocarbon Gel 880 & Rheolube® 393

Leaf Springs. Typically found on pickup trucks and SUVs, leaf springs provide rear suspension and shock absorption. Exposed to water, saltwater, and road grit, they can wear down, crack, or produce squeaks and squeals. A viscous synthetic grease fortified for extreme-pressure service reduces wear and corrosion; its high damping capability also minimises road noise.

Leaf springs  NyoGel 774VH-MS

Ball Joints. Tight-fitting, ball-and-socket designs are subject to dynamic motion in almost every direction. Lubricants within the ball joint must be able to withstand extreme environmental conditions, engine heat, jolts on rough surfaces, and continuous micro-motion on smooth roads. Contemporary ball joints are designed without grease fittings, so the initial fill must provide lifetime lubrication. Wide temperature, water and salt water resistant synthetic greases are recommended.

Ball joints – Fluorocarbon Gel 880

Please take a look at the automotive suspension related articles below, including theory and product selection help.

What is grease?

What is grease?

What constitutes a grease? There are three main components that make a grease, base oil, thickener (sometimes called gellent) and an additive package. Making a grease is thought to be like extreme cooking and in the video, we tried to give an insight into the almost bewildering options and permutations…

Why choose a grease rather than an oil?

Why choose a grease rather than an oil?

Why should you choose a grease rather than an oil, if you have the choice? There are some simple or practical reasons and some more chemical advantages. First and foremost, a grease will ‘stay in place’. How good a grease is at staying where it has been applied is down…

Base oil viscosity demonstration

Base oil viscosity demonstration

When selecting a synthetic grease for a customer, we often discuss oil viscosity and the implications of higher and lower base oil for their application. We decided to make it easier with a video explanation so our customers can better understand the centistoke (cSt) numbers on a data sheet. This…

Compatibility testing format for lubricant exposure to plastic or rubber

Compatibility testing format for lubricant exposure to plastic or rubber

Making sure a lubricant does not have any compatibility issues with a plastic or rubber is very important, especially if you are similar to our typical customer and are using one of our synthetic lubricants inside your own finished device that will be manufactured in large volumes; any deformation or…

Oil separation test (ASTM D-6184)

Oil separation test (ASTM D-6184)

The oil separation test is also known as ASTM method D-6184. An oil separation test is performed to determine the tendency of the oil to separate from a lubricating grease. This test is one of the four required tests performed on all greases at Nye by the Quality Release Team…

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