Purchase Order SPE4A526V1395

<p>The Department of Defense Aviation awarded a purchase order to Applied Industrial Technologies, Inc. for a pressure indicator on April 9, 2026, with a ceiling value of $2,102.75 and an ultimate completion date of August 7, 2026. Place of performance is Montgomery, Ohio. The order carries firm fixed price pricing and uses no set-aside category.</p>

<p>The Department of Defense Aviation awarded a purchase order to Applied Industrial Technologies, Inc. for a pressure indicator on May 4, 2026, with a firm fixed price of $4,232.10 and ultimate completion date of August 24, 2026. Place of performance is Montgomery, Ohio. No set-aside was used. The order is a simplified commercial acquisition of an industrial component for routine military equipment maintenance and supply.</p>

<p>The Defense Department's Aviation division awarded a purchase order to Applied Industrial Technologies, Inc. for a vacuum indicator gage valued at $4,159.50, effective May 13, 2026, with ultimate completion by August 21, 2026. The order is firm fixed price with no set-aside applied. Place of performance is Montgomery, Ohio. The purchase order covers the procurement of the gage component identified under NSN 8512110309.</p>

<p>The Department of Defense (Aviation) issued a purchase order to Applied Industrial Technologies, Inc. valued at $4,001.90 on March 5, 2026 for a dial pressure gage, with ultimate completion on July 6, 2026. Place of performance is Montgomery, Ohio. The order carries firm fixed price terms and is not set-aside.</p>

<p>The Department of Defense's Aviation office issued a purchase order to Applied Industrial Technologies, Inc. for a pressure dial gage on May 27, 2026, with a ceiling value of $3,587.22 and a completion date of September 4, 2026. Performance occurs in Montgomery, Ohio. The order is firm fixed price with no set-aside designation.</p>

Applied Industrial Technologies, Inc. has been awarded a $2,312 firm fixed-price purchase order by the U.S. Department of Defense Aviation division for the procurement of a dial pressure gauge. The contract, issued on September 15, 2025, with an ultimate completion date of December 1, 2025, represents a non-set-aside award to this Cleveland, Ohio-based industrial distributor. The work will be performed in Cincinnati, Ohio. Applied Industrial Technologies is a prominent maintenance, repair, and...

<p>The Defense Logistics Agency Aviation awarded a purchase order to Applied Industrial Technologies, Inc. for a pressure dial gauge valued at $1,218.00, effective March 25, 2026, with ultimate completion June 29, 2026. The order is firm fixed price with no set-aside. Performance occurs in Montgomery, Ohio.</p>

Applied Industrial Technologies, Inc., a Cleveland, Ohio-based industrial distributor, received a firm fixed-price purchase order from the Department of Defense Aviation division on November 19, 2025, for an aircraft pressure gauge valued at $1,518.10. The contract is classified as a non-set-aside procurement and represents a small-value purchase typical of routine maintenance, repair, and operating (MRO) supply requirements within the military logistics chain. The work is to be completed by...

Applied Industrial Technologies, Inc. (headquartered in Cleveland, Ohio) received a $1,343.25 firm fixed-price purchase order from the Department of Defense Aviation division for a pressure transmitter component. The award, issued on November 19, 2025, with an ultimate completion date of February 27, 2026, represents a non-set-aside procurement through open market competition. The place of performance is Montgomery, Ohio. This purchase order is consistent with Applied Industrial Technologies'...

<p>The Department of Defense Aviation division awarded a purchase order to Applied Industrial Technologies, Inc. for $1,044.23 on October 10, 2018. Performance is located in Montgomery, Ohio. The order carries a firm fixed price and no set-aside designation. Ultimate completion is scheduled for December 4, 2018. The specific items procured are not described in the source material.</p>