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Micromeritics Announces Number of Additional Stimulus Options Available for USA Customers

Besides being a leading materials characterization instrument manufacturer, Micromeritics also operates Micromeritics Analytical Services (MAS) which provides sample analysis on a contract basis. MAS performs a variety of material physical characteristics measurements, in each case using the instrument most appropriate for the sample type. For example, eight different analytical techniques are available just for measuring particle size. From now until October 1, 2009, 50% of expenditures with the MAS can be applied toward the purchase of a new Micromeritics instrument (up to 20% of the purchase price).

A number of additional stimulus options are available. If you are a first-time purchaser of Micromeritics products, you may purchase any of their broad line of surface area, porosimetry, density, particle size, or chemisorption instruments with deferred payments - no payment or interest for twelve months.

As another offering in the stimulus package, Micromeritics has also established a gas adsorption, surface area / porosity analyzer trade-in program. The company will accept your existing instrument, regardless of manufacturer, as partial payment (up to 50% of the purchase price) toward any new Micromeritics physisorption product.

As a fourth option, USA academic institutions can now purchase a materials characterization instrument without service worries. The company is offering a five-year parts-and-labor service agreement to universities purchasing any Micromeritics instrument.

All sales are subject to full USA list prices. No two offers can be used in the same purchase. These offers will only exist for a limited time.

Micromeritics was founded over forty years ago to fulfill the analytical instrumentation needs of industrial and academic laboratories involved in the emerging field of particle science and technology. The company manufactures a broad line of automated analytical laboratory instruments that measure the physical characteristics of powders and solids for fundamental research, product development, quality assurance and control, production, and process control applications, including the expanding area of nanoscience.

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