Laboratory porous constant temperature soil drying oven

The sample compartments of the laboratory porous constant temperature soil drying oven are stored independently, each equipped with an independent heating module and airflow circulation system to avoid cross contamination between different samples. Dry air undergoes coarse filtration, activated carbon adsorption, and high-efficiency HEPA filtration (some models) to meet cleanliness requirements and prevent secondary pollution.

Laboratory porous constant temperature soil drying ovenPerformance Characteristics

Efficient prevention of cross contamination

The samples are stored independently in separate rooms, each equipped with an independent heating module and airflow circulation system to avoid cross contamination between different samples.

Dry air undergoes coarse filtration, activated carbon adsorption, and high-efficiency HEPA filtration (some models) to meet cleanliness requirements and prevent secondary pollution.

Precise environmental control

The intelligent temperature control system stabilizes the temperature within the set range (usually 40-60 ℃), avoiding high temperature damage to target components such as soil organic matter or salt.

The dehumidification device continuously reduces the humidity inside the box, creating a low humidity environment, accelerating the evaporation and discharge of moisture, and preventing secondary moisture absorption.

Adaptable

It can handle ordinary soil, river sediment, and high moisture solid waste samples, and supports flexible configuration of stainless steel or enamel trays.

Modular design supports customized requirements, such as independent temperature control and constant temperature function, to meet special experimental requirements.

Easy to operate

Touch screen or mechanical knob operation, supporting preset temperature, humidity, and time parameters, automated operation reduces manual intervention.

Transparent observation window and internal lighting design make it easy to check the status of the sample at any time.

Laboratory porous constant temperature soil drying ovenApplications include:

1. Soil analysis: Drying soil samples is one of the important steps in soil analysis. A constant temperature soil drying oven can help remove moisture from soil samples for subsequent soil physicochemical property testing, such as pH value, organic matter content, soil nutrients, etc.

2. Scientific research: In the field of soil science research, constant temperature soil drying ovens can be used to explore the effects of different temperature and humidity conditions on soil properties and processes. Researchers can simulate phenomena such as soil moisture migration and microbial activity under different climatic conditions by adjusting the temperature and humidity settings of the drying oven, in order to gain a deeper understanding of the behavior of the soil system.

3. Soil sample preservation: The drying oven has a low relative humidity environment, which can effectively prevent microbial growth and oxidation reactions in soil samples. Therefore, a constant temperature soil drying oven can also be used to preserve soil samples for subsequent analysis and research.

In summary, the constant temperature soil drying oven has a wide range of applications in soil science research, agriculture, environmental monitoring, and other fields. It can provide precise controlled drying conditions and help researchers better understand and process soil samples.