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Climate chambers

Climate chambers and humidity chambers

It goes without saying that every climate chamber has a climate defined by temperature and humidity. However, Memmert climate chambers provide extra reliability during stability testing, climate testing or conditioning and are perfectly designed for the simulation of environmental conditions. In compliance with standards. Reproducible. Economical.

In each Memmert climate chamber, temperature and humidity are distributed homogenously and stably over the entire test period. Each Memmert climate chamber meets the strict requirements of DIN 12880:2007-05 and has a maximum number of safety functions as well as various possibilities for programming and documentation. Each Memmert climate chamber is 100% AtmoSAFE.

The climate chamber in the test laboratory

A climate chamber is used for a variety of applications.

  • Climate test, temperature test, environmental test
  • Stability testing in accordance with ICH Q1A, WHO, GMP, GLP, EMA, ASEAN
  • Ageing, conditioning
  • Storage of plastics, metal parts, compound materials and electronic components for conditioning, ageing, corrosion tests, etc.
  • Air-conditioned storage of plastics, metal parts, coating, building materials, compound materials and electronic components for conditioning, ageing, corrosion tests, etc.
  • Test for photostability of plastics, leather, packaging and composite materials
  • Storage of electrical appliances and components, paints, coatings, composite materials, plastics and metals in alternating climates
  • Breeding of insects and zebrafish, keeping of mice
  • Plant cultivation
  • Test for photostability of foods containing colorants and vitamins
  • Climate storage with CO2 gasification for testing/storage in a controlled carbon dioxide atmosphere

How a climate chamber works

For heating, the chamber load is exposed to defined temperatures at atmospheric pressure within a climate chamber. Thermal energy is transferred by convection and radiation to the chamber load. In the case of cooling, on the other hand, the heat is extracted from the chamber load and released to the environment outside the climate chamber via the cooling system (Peltier-cooling in the Memmert constant climate chamber HPP, compressor-cooling in the Memmert climate chamber ICHeco and in the Memmert climate test chamber CTC).

The heating system of a Memmert climate chamber can be programmed according to respective requirements with regard to energy efficiency, heating-up times, quiet running or low vibration. The energy-efficient, low-vibration and quiet running climate chamber HPP is suitable for climate tests with test temperatures close to the ambient temperature due to the Peltier technology which is used for both heating and cooling. The climate chamber ICHeco cools again with conventional compressor technology and convinces with excellent values for uniformity of temperature and humidity. The temperature test chamber TTC /climatic test chamber CTC also cools via a compressor and is primarily designed for tests in an alternating climate.

Special Memmert climate chambers and humidity chambers

  • The humidity chamber HCP: This climate chamber works without its own cooling technology at temperatures from 7 ℃ above room temperature. The high-precision temperature and humidity control as well as the heating from all six sides guarantee a working area without condensation.
  • Climate chamber for animal-friendly keeping of mice: The Memmert climate chamber HPP750life is specially designed for SPF (Specified Pathogen Free) keeping of mice and rats.
  • Climate chamber ICH C with controlled CO2 input: ideal conditions especially for building material testing and concrete testing.
  • Climate chamber ICHeco L with illumination unit: Stability testing in the climate chamber according to ICH Guidelines Q1B, Option 2 (photostability).

Industry

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Memmert industrie

Storing sensitive sensors in a climate chamber with a maximum temperature deviation of 0.2 K? Reducing your process times during vacuum drying to an optimum? Ensuring interruption-free long-term testing? Running experiments with defined air exchange rates? Our industrial applications special introduces suitable appliances as well as case studies.

Details

Industry

csm_icon-sector-industry_f6b3b1b3b9
Memmert industrie

Storing sensitive sensors in a climate chamber with a maximum temperature deviation of 0.2 K? Reducing your process times during vacuum drying to an optimum? Ensuring interruption-free long-term testing? Running experiments with defined air exchange rates? Our industrial applications special introduces suitable appliances as well as case studies.

Details

Industry

csm_icon-sector-industry_f6b3b1b3b9
Memmert industrie

Storing sensitive sensors in a climate chamber with a maximum temperature deviation of 0.2 K? Reducing your process times during vacuum drying to an optimum? Ensuring interruption-free long-term testing? Running experiments with defined air exchange rates? Our industrial applications special introduces suitable appliances as well as case studies.

Details

Industry

csm_icon-sector-industry_f6b3b1b3b9
Memmert industrie

Storing sensitive sensors in a climate chamber with a maximum temperature deviation of 0.2 K? Reducing your process times during vacuum drying to an optimum? Ensuring interruption-free long-term testing? Running experiments with defined air exchange rates? Our industrial applications special introduces suitable appliances as well as case studies.

Details

Case Studies

Let us take you into the fascinating world of Memmert appliances, which we have collected on our user platform.

Show all case studies

Precise tempering of industrial plasticine

Alongside CAD, computer projection and augmented reality, car designers still use a very traditional method to bring their designs to life. Clay, an industrial plasticine, is heated and stored in a precise and thermally safe clay oven, producing life-size models.