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Cyclic infiltration test chamber

Cyclic infiltration test chamber

Product Introduction
Cyclic infiltration test chamber is the use of lifting devices, the test specimens, periodic soak to the salt-containing solution or seawater, and then exposed to a set atmospheric environment, or high-temperature baking, at the same time, the immersion of the water temperature is also affected by the changes in the air inside the box and the change, so that you can try to realistically reproduce the impact of the marine environment on the concrete, to help the user on the earlier discovery of the deficiencies in the concrete, and Improvement.

Service Hotline

4000-662-888
Product Features
Product Parameter
Model Studio Size  (D*W*H)mm Dimension(D*W*H)mm
LRHS-1200-LQP 1000×1200×1000 1452×1680×2130
Temperature range 50℃~80℃
Humidity range 50%~98% RH
Heating rate 25℃~80℃≤50min
Case Material The inner box is made of 316 stainless steel plate, which can effectively prevent corrosion
Structural form The left side of the test box box, the right side of the duct and control cabinet, the duct is equipped with humidifier tube, evaporator, heating tube, wind wheel and other devices, through the right side of the upper air, the lower back to form a wind road.
Controller Adopting Japan “UMC” brand temperature meter
Temperature and Humidity Sensor PT100 Platinum resistance thermometer
Humidifying method Shallow Cao humidification method, customized titanium tube humidifier, effective corrosion protection
Safety Over-temperature protection, fan motor overheating, equipment under-phase/reverse-phase, overall equipment timing, end-of-test indication, leakage protection, overload and short-circuit protection.
Supply Voltage AC380V±10% 50Hz
Power 10.5kW

 

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Industry News
During the transportation of thermal shock test chamber […]
In the aerospace, automotive, home-appliance and materials-science sectors, products must routinely undergo prolonged and repeatable exposure within the −80 °C to 0 °C range to verify functional integrity and service life under extreme cold. Nature cannot supply a continuous, controllable and stable sub-zero environment; consequently, low-temperature test chambers are employed to create an artificial cryogenic duty.
Salt-spray corrosion testing is the primary accelerated method for validating the corrosion resistance of materials and their protective coatings. Whether a chamber can continuously generate neutral (NSS), acetic-acid (AASS) or copper-accelerated acetic-acid (CASS) salt fog for 48 h–1 000 h determines the repeatability and reproducibility of the test.
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