Category: 3

At W.S. Tyler, we love a challenge. We have been in the wire mesh business for over 100 years. We know how universal and dependable wire mesh is for industries all over the globe and we are constantly looking for new and innovative ways it can be used.

Since the 1930’s, the W.S. Tyler RO-TAP® Sieve Shaker has been at the forefront of particle size analysis and is recognized as a reliable device all over the globe. Each device is made up of several different parts and pieces that all work in unison to give you consistent results.

Are you looking to purchase particle analysis equipment but aren’t sure what type is right for you?

Woven wire mesh is one of the most versatile materials in the world, helping to facilitate various operations across countless industries. From enhancing the design of a structure with a dynamic look to filtering out unwanted contaminants, woven wire mesh affects our everyday lives in more ways than one.

For decades, mechanical sieve shakers have helped lab technicians throughout countless industries identify the median size of the particle throughout their product line. As they have been used for so long, several industry standards require them to be used.

Are you searching for a sieve shaker or other particle size equipment and overwhelmed with options and features? If this sounds like you, we can help. There are a lot of different machines, features, methods, and several companies who all manufacture great particle analysis equipment or shakers.

  In the world of particle size analysis, test sieves and test sieve analysis have obtained a historical reputation of dependability. To ensure their test sieves are in tip-top shape, lab technicians often send their test sieves in to be certified.

“How long should I run my sieves in my RO-TAP® Sieve Shaker?”

For decades, test sieve analysis has been a prominent particle analysis method manufacturers have implemented into their quality control programs. But as industry standards evolve and more materials become regulated, lab operators seek faster, more efficient ways to test their material.

Air Jet Sieve Analysis is one of the most reliable forms of particle analysis when testing the quality of particles known to agglomerate. This opens a new world of what particles can be tested, as most traditional methods of particle analysis are designed for dry, free-flowing material.