Cincinnati Sub-Zero Products
We have proudly supplied world class temperature management solutions to our customers since we first opened our doors in 1940. Our primary focus at this time was manufacturing industrial freezers. The CSZ brand quickly became synonymous with long-lasting, reliable, and high quality products.
- 877-233-9871
513.326.5252 - 513.326.5258
- sales@cszproducts.com
- 12011 Mosteller Rd.
Cincinnati, OH 45241-1528
United States of America
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Product
Compact Environmental Chambers
MicroClimate 3
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The MicroClimate 3 is a compact environmental chamber designed to simulate a full range of temperature and/or humidity conditions. The small footprint of the MicroClimate 3 combined with temperature and humidity capabilities make this chamber the number one choice for testing small components and products. Whether you need to perform temperature cycling tests or expose your product to steady state temperature environments, these chambers will maintain precise and accurate temperature/humidity control throughout your test.
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Product
Stability Chambers
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Our stability test chambers are ideal for pharmaceutical, packaging, life science, personal care, medical, biomedical storage, research, and more.
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Product
Fuel Tank Chamber
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CSZ's fuel tank test chamber is designed to test the quality and reliability of automotive fuel tanks. Fuel tanks are temperature conditioned to -40C (-40F) along with a glycol mixture that is also chilled to -40C (-40F). The fuel tanks are filled with the glycol fluid and placed into the -40C (-40F) chamber. Tanks are soaked in the chamber for a predetermined length of time, removed from the chamber, raised to a specific height, and then dropped.
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Product
Welded Walk-In Chamber
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CSZ''s Welded Walk-In chambers are ideal for applications that require high temperature testing over 93C (200F), high humidity, rapid temperature change rates, or combined environmental testing with altitude simulation. These chambers are constructed as one piece and are welded to form a hermetically sealed unit around a structural steel frame or they can also be built in sections based on move-in restrictions.
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Product
Battery Testing Chambers
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We supply a variety of test chambers for testing small battery cells to large lithium ion battery packs. Battery test chambers are supplied to a variety of industries including telecommunications, computer and automotive. With the goal of reducing automobile emissions and the development of electric vehicles, the need for lithium ion battery testing is even more critical. Our proven experience provides the most cost-effective solutions. Each test chamber is built according to specific test requirements and may be interfaced with battery cyclers, control & monitoring data acquisitions systems and other test equipment for a complete integrated test solution. All environmental chambers are designed with safety in mind. A variety of safety features are provided for reliability and abuse testing of batteries. These features may be incorporated into CSZ test chambers and tailored to the various hazard levels of EUCAR (European Council for Automotive R&D), a consortium of European car manufacturers. To better assess the hazard potential of tests, EUCAR has investigated hazardous situations and divided them into eight risk classes. The development of the safety equipment of our battery test systems is also based on this classification. For each hazard level, we recommend specific safety options that can be included with your chamber to meet your specifications to safety test your product. Together with our customers, we assess which safety devices are necessary for the respective test chambers.
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Product
Rapid Decompression Test Chambers
CA-RD(H)
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CSZ's rapid decompression test chamber is designed to simulate rapid decompression for testing aircraft avionics. The environmental chamber meets the environmental conditions and test procedures for airborne equipment referenced in the RTCA DO-160 test specification. The DO-160 specification was designed to test sudden pressure changes starting from 8,000 feet to 60,000 feet (536 to 55 Torr) in 15 seconds. An altitude of 8,000 feet (536 Torr) was used for the initial cabin altitude and 60,000 feet was used for the final cabin altitude after decompression. This test specification is used to identify failures of materials inside of the cabin and the reaction to the surrounding environment.









