Laborate Star

The Concrete Cube Curing Water Bath is a laboratory equipment used for the proper curing of concrete cubes, cylinders, and prisms before compressive strength testing. It provides a controlled water temperature environment to ensure uniform hydration of cement, resulting in accurate and reliable test results.

This curing water bath is widely used in civil engineering laboratories, construction companies, quality control labs, colleges, and research institutes. The unit is designed as per IS 516 / ASTM standards, maintaining a constant temperature of 27 ± 2°C throughout the curing period.

The tank is manufactured using high-quality stainless steel / GI / MS (as required) for durability and corrosion resistance. It is equipped with a thermostatically controlled heating system to maintain consistent water temperature. Concrete specimens are fully submerged in clean water, ensuring proper curing conditions for 7 days, 14 days, 28 days, or longer durations.

• Maintains uniform curing temperature

• Suitable for concrete cubes, cylinders & prisms

• Thermostatic temperature control

• Durable and corrosion-resistant construction

• Easy to operate and maintain

• Available in multiple capacities

The Laboratory Cryo Bath is a precision laboratory equipment designed to provide a stable ultra-low temperature environment for scientific research, material testing, and biological experiments. It is ideal for cryogenic applications where samples or materials need to be maintained at very low temperatures for extended periods.

Constructed with high-quality insulated materials, the cryo bath ensures minimal heat loss and uniform temperature distribution. It can operate using mechanical refrigeration, liquid nitrogen, or dry ice, depending on the model, and is equipped with digital temperature controllers for precise adjustments.

This bath is widely used in research laboratories, universities, industrial R&D labs, medical labs, and quality control laboratories, providing a safe and reliable solution for low-temperature experiments.

• Maintains stable low/cryogenic temperatures

• Digital temperature control for precise settings

• High-quality insulated construction for minimal heat loss

• Safety features for handling cryogenic fluids

• Compact, durable, and easy to operate

• Suitable for both research and industrial applications

• Cooling and preservation of biological samples

• Material testing at low temperatures

• Cryogenic experiments and research

• Quality control of temperature-sensitive products

• Educational and industrial laboratory experiments