Curing Cabinet – Cement/Mortar/Concrete Specimen Conditioning Chamber

This curing cabinet is designed for the controlled conditioning (temperature and humidity) of cement, mortar and concrete specimens in accordance with standard curing procedures. It is built for laboratory use and supports the preparation of test samples like prisms and cubes under uniform, repeatable environmental conditions.

• Precision-controlled temperature 10-50 °C to meet standard curing requirements.

• High humidity control ( 95% RH or saturation) via humidification/mist systems for cement specimen conditioning.

• Robust chamber construction — chemical-resistant materials suitable for cement/mortar environments.

• Multiple internal racks or shelving allow simultaneous curing of many specimens (moulds, prisms, cubes).

• Clear door/window allows observation of specimens without disturbing the environment.

• Options for integrated cooling system or connection to a refrigerator unit for enhanced temperature control.

• Suitable for use with moulds, prisms or cubes for cement/mortar strength and durability testing workflows.

Technical Specifications 

• Internal dimensions:   1010 × 430 × 1500 mm

• External dimensions: suitably larger for insulation and service access.

• Capacity: measured by numbers of specimens or moulds per load (e.g., several hundred).

• Power: equipment rated in kilowatts depending on size and features.

• Temperature control: 10-50 °C  °C for high-precision models.

• Humidity control:  95% to saturation to meet specimen curing standards.

• Construction: internal frame of chemical-resistant material; racks in stainless steel.

Applications

• Curing of cement and mortar specimens (prisms, cubes) prior to strength testing in laboratories.

• Quality‐control in cement manufacturing or independent materials labs, where specimen conditioning is required for test compliance.

• Research & development environments investigating cementitious materials, additives or new formulations where controlled curing conditions are critical.

Comparison Table