Your browser is no longer supported.
Unfortunately, Internet Explorer is not compatible with this website.

Please update to a more modern browser, such as:

microsoft edge

Microsoft Edge

google chrome

Google Chrome

firefox

Firefox

opera

Opera

Product Enquiry Cart

Product/s I am interested in

You currently have no products in your enquiry cart, please continue browsing and select more products.

Get a Quote

Continue Browsing

Applications

Coefficient of Friction

Friction-free test and inspection solutions

Coefficient of Friction Testing

Coefficient of friction (COF) test and inspect solutions for a wide range of applications. Whether you’re testing a new paper board coating, a polymer or plastic peel or corrugated paperboard, we have the testing machine to help you get to grips with their properties.

 

Our coefficient of friction testing equipment

From peel testing to slide angle COF testers, we have the best coefficient of friction test equipment for your materials. Across our trusted product brands such as Testing Machines Inc., we have reliable and efficient units to help you meet industry standards.

 

Meeting testing standards for COF

The standard testing method for determining the static and kinetic friction of films and plastic coatings is ASTM D1894. It is equally effective to use a stationary sled with a moving plane or a moving sled with a stationary plane when calculating connect of friction, according to ASTM, opening up your options.

 

Understanding coefficient of friction testing

Used to find out what happens when two items rub against each other, coefficient of friction testing can be carried on a wide range of materials. It is a straightforward and standardized method of determining the moving and starting resistance of one surface that is being dragged across another and can be calculated for both kinetic and static states.

In static COF testing, a sled Is placed on the surface that is being tested and the amount of force needed to move the sled is measured and then divided by the weight of the sled, to give a COF calculation and rating.

For kinetic COF tests, a sled is also used and the result is calculated by working out the average force needed during uniform sliding of the surfaces, divided by the sled weight.

 

Why coefficient of friction testing is so important

As well as being an important part of the testing process to see if materials can be safely used during the manufacturing process or as part of a product’s packaging, it can also indicate how well coated corrugated or paperboard will stand up to the rigors of shipping, handling and sales. Find out more about how coefficient of friction testing works in our guide to coefficient of friction testing.

 

Looking for some advice on COF testing?

If you’d like to find out more about our coefficient of friction testing equipment or would like some help improving your current QA process, we’d be delighted to hear from you. Decades of expertise in the test and inspect sphere for a wide range of industries mean we’re ready to help – get in touch.

 

Highlights

Why choose Industrial Physics? Let us break it down.
There are many compelling reasons to choose Industrial Physics. Here are some of the best.

icon_highlight_factory

300+

Employees across the globe. Experts in 7 countries

icon_highlight_product

40

Testing applications for quality assurance

icon_highlight_testube

15

Industries to guarantee diverse solutions

icon_highlight_check

2500

Unique products on offer