new type soil drying box-凯发app苹果版

product description:

the new type of soil drying box uses a simulated indoor air flow mode, that is, an air-drying mode to dry the soil. dry air is clean hot air that has been coarsely filtered and adsorbed by activated carbon. the samples are stored and dried in separate compartments. it is clean and avoids cross-contamination of samples; it saves time, effort, space, and improves soil dryness.

model: thtrx-6、thtrx-12、thtrx-24、thtrx-36

features:

1. using air disturbance technology, dual air sources simulate indoor air flow, which is close to the indoor environment to the greatest extent, achieving the purpose of rapid air drying.

2. adopt advanced air filtration and adsorption technology to prevent secondary cross-contamination of samples.

3. adopting heating and drying air technology to improve the drying efficiency of samples.

4. the sample box is an independent sample room, which separates the samples to prevent cross-contamination.

5. the sample chamber is made of stainless steel to avoid chemical corrosion and organic matter adsorption; it is easy to clean.

6. the sample room is equipped with a transparent observation room, which is convenient for customers to observe the status of the sample at any time.

7. the sample chamber is equipped with a stainless steel tray, an enamel tray or a plastic tray (choose one), which can directly place ordinary soil samples or samples with high water content such as river bottom mud.

8.24 cells uniform temperature control.

9. the bottom of the soil drying box is equipped with rollers for easy movement.

10. the air source room is placed in a drying box, and the inside of the drying box is soundproofed. it has the advantages of low noise, small occupation area, simple operation and easy maintenance.

11. it can also be customized according to the special needs of users. for example, each sample box can be independently controlled temperature and constant temperature.

12. simple operation and easy maintenance.

technical parameter: