Sealing Shielding

Answers to Your In-Service Rubber Properties Questions

Answers to Your In-Service Rubber Properties Questions_Parker O-Ring Handbook, O-Ring eHandbook_Parker O-Ring & Engineered Seals DivisionAre you uncertain of what to look for when comparing material data reports for various elastomers?  Ever wonder about the impact a seal’s durometer has in the application? Have you asked, ‘What is compression set and why is it important?’ These are the types of questions and concepts covered in the O-Ring Elastomers chapter of Parker’s O-Ring eHandbook

 

The interactive component of eHandbook

Since its debut in 1957, the Parker O-Ring Handbook has become a fixture on the reference shelves of engineers and seal specifiers worldwide. According to Steven Weinzierl, Ph.D., Parker's Global e-Business Customer Support Manager, "Parker's O-Ring Handbook is one of the world's most complete reference books for everything and anything related to the technology and application of O-Rings. It is downloaded thousands of times a month from www.parker.com, making it one of Parker's most downloaded knowledge assets." By creating an interactive, digital version of this resource, Parker is expanding it's customer base and utilizing various forms of multi-media to provide visual explanations and demonstrations that further enhance an industry staple.

 

Relating properties to O-ring use

Seal manufacturers compile material data sheets of physical properties, compression set, and a myriad of other combinations of testing; all intended to demonstrate the seal material’s capability. But what are these characteristics, and how does one relate the results to an application? 

The Physical and Chemical Characteristics chapter explains the lab testing behind each data point on a test report. Video snips of laboratory equipment testing O-rings illustrate how data is generated. Animations create a visual explanation of testing such as TR-10. Brief summaries of each characteristic explains how data can be applied to an O-ring in service. Photographs and vibrant charts help to put context around the data, in order to bring to light how each bit of information should be interpreted.

Perusing the Physical and Chemical Characteristic chapter will allow you to evaluate rubber test reports with a greater understanding than ever before.

Further subsections of the Material Selection Guide feature a compound family overview including a description of compound advantages, typical temperature maximum/minimum, and compatible fluids. A list of incompatible fluids is also detailed, allowing the user to receive a concise summary of the most common, and even the more obscure elastomer types.

Check out the Parker O-Ring eHandbook sections highlighted above or download the full version of the Parker O-Ring Handbook for further information and useful tips on how to select an O-ring.

 

 

This article was contributed by:

Dorothy Kern, Applications Engineer, O-Ring Division

 

Dorothy Kern
Applications Engineer Lead
O-Ring & Engineered Seals Division

 

 

Samantha Sexton, Marketing Communications Manager, O-Ring Division

 

Samantha J. Sexton
Marketing Communications Manager
O-Ring & Engineered Seals Division

 

 

 

Other blogs from Parker O-Ring & Engineered Seals Division:

A Simple Guide to Selecting an O-Ring

New O-Ring eHandbook Provides a Premier User Experience

Top 10 Most Popular O-Ring and Lathe Cut Blog Posts of All Time

Why is Shore A Hardness Important?

Categories
Recent Posts by Author

How to Solve Large-Size Sealing Challenges at Temperatures up to 800 °C

When classic sealing materials – for instance in temperature ranges above 300°C and below -50°C – reach their limits alternative materials are required such as metal with appropriate coating/plating....

What to Know About O-Ring Cytotoxicity and the Pharmaceutical Industry

Most pharmaceutical manufacturers produce drugs in large vats of living cell cultures. For the production of these drugs, it is extremely important to ensure that these cell cultures are not exposed...

Five Things to Consider When Dispensing Form-In-Place EMI Gaskets and Thermal Gel

Automated form-in-place (FIP) dispensing of EMI shielding gaskets can be ideal for complicated patterns on electronics housings because automation allows for control over the size and shape of the...
Comments

Have a question about Parker products or services? We can help: Contact Us!

Comments for Answers to Your In-Service Rubber Properties Questions


Please note that, in an effort to combat spam, comments with hyperlinks will not be published.

Leave a comment





Captcha