Freeze/Thaw chambers for enviromental conditions simulation

Testing complex temperature profiles meant for environmental simulation would require the best possible performance and precision as well. With temperature ranges of around -25 °C and +70 °C to around 180 °C, a testing chamber would be quite helpful in fulfilling all these requirements.

Having identical testing conditions in chamber interiors would be achievable regardless of the number of samples and sample size. All our material testing chambers provide a generous range of standard testing equipment. Material test chamber systems also offer heated viewing windows with LED illuminations. Standard casters also let units to become mobile.

High-quality material test chamber

Contrasting to the testing chambers, e.g. – For material climatic chamber the temperature would be the primary focus on testing chambers. For a reason, testing chambers are also meant for heating and drying chambers while they are tasked with adequate storage and drying of some products at temperatures of around 5 C above the ambient temperature to become 300 C with either forced convection or gravity. Furthermore, testing chambers with different program functions and forced convections.

Concrete testing

Hard materials like concrete and cement require a list of individual tests for conducting their quality and integrity as well. The chamber series meant for concrete testing works on imported carbon dioxide sensors and the sensor also require usage of infrared principle detection.

Measurements in concrete test chamber are conducted through highly advanced digital measurements.

Long term life operation is present with higher precision.

The electronic concrete and cement testing machines designed by FDM are required to cure and make hydraulic concrete, and cement testing specimens are remaining equipped with submerged and dry storage as well. The large workspace has an ideal humidity range of about 0% to 98% R.H. and temperature ranging from 15.6 C to 37.8 C for a proper determination of material quality.

Stress testing methods

FDM series specially meant for stress testing has determined the withstanding properties of materials in the extremes. A full cross-section amount would be ideal for a material stress test with a few parameters in addition to five to seven replicates for obtaining complete data.

Testing conditions are beyond normal operational capacity, and these are often carried out to the breaking point for observation of the outcomes.

Humidity and temperature testing

For plastic and PCBA, multi-hole products and materials have significant effects on humidity and temperature. Effects from the temperature humidity material test would be like product overheating, plastic deformation, poor cold start, etc. Therefore environment material test chambers; is available in different models for absolute humidity and temperature testing materials.