Soil Drying Oven

Temperature Range: RT ~ 60℃
Independent Chambers: 24 Temperature Controlled Chambers
Chamber Size: 200 × 120 × 300 mm (W×H×D)
Temperature Accuracy: 0.1℃ Display Resolution
Power Supply: 220V / 50Hz
Total Power: 2000W

Product Overview

CHENDUN Soil Drying Oven is a professional soil sample air drying cabinet designed for agricultural laboratories, environmental testing centers, and soil research institutions. The equipment simulates natural indoor air circulation conditions and combines filtered airflow with constant temperature control to accelerate soil sample drying.

Unlike conventional drying equipment, this 24 chamber soil drying oven provides independent temperature control for each sample chamber. Different soil samples with different drying requirements can be processed simultaneously without interference. The separated chamber structure effectively prevents cross contamination during the sample preparation process.

The system adopts heated clean air circulation technology. Indoor air passes through multi-stage purification including filtration and adsorption treatment before entering the drying chambers, reducing dust particles, moisture, and organic contaminants. Stainless steel sample chambers provide excellent corrosion resistance and easy cleaning, making the unit suitable for various soil samples, river sediment, and high moisture environmental samples.

With precise PID temperature control, independent chamber operation, and mobile design with casters, CHENDUN Soil Drying Oven provides an efficient and reliable solution for soil preparation processes and supports modern agricultural and environmental research.

Product Highlights

24 Independent Temperature Control Chambers

The Soil Drying Oven is equipped with 24 independent drying chambers, and each chamber can be individually set and controlled according to different sample requirements. This design allows multiple soil samples with different drying conditions to be processed at the same time.

Efficient Heated Air Drying Technology

The equipment uses controlled heated airflow technology to accelerate soil sample drying efficiency. By simulating indoor air circulation conditions, moisture can be removed evenly while maintaining stable sample quality.

Prevention of Cross Contamination

Each sample is placed in an independent stainless steel chamber, which physically separates different samples during the drying process. This structure minimizes cross contamination and improves reliability of soil testing preparation.

Three-Stage Air Purification System

The airflow system integrates initial filtration, graphite adsorption, and high efficiency filtration technology. The purified air helps remove suspended particles, moisture, and organic contaminants before entering the sample chambers.

Durable Stainless Steel Sample Chambers

The internal sample chambers are manufactured from stainless steel, offering excellent corrosion resistance and chemical stability. The smooth surface is easy to clean and suitable for long-term laboratory use.

PID Temperature Control System

Advanced PID temperature regulation provides accurate temperature control with 0.1℃ display resolution. Built-in over-temperature protection ensures safe and stable operation during continuous drying processes.

Observation Window Design

Each drying chamber includes an observation window, allowing operators to monitor soil sample conditions without frequently opening the chamber door and affecting temperature stability.

Mobile Laboratory Design

The bottom-mounted casters make the soil sample drying oven easy to move and install in different laboratory environments, improving operational flexibility.

Applications

Agricultural Soil Research

The Soil Drying Oven is widely used for soil sample preparation in agricultural research. Controlled drying conditions help researchers prepare samples for physical and chemical analysis, supporting modern farming and sustainable agriculture studies.

Environmental Testing Laboratories

Environmental laboratories use this equipment for drying soil and sediment samples before analysis. Independent chambers ensure reliable preparation of different samples collected from various locations.

Soil Sample Preparation

The equipment provides a controlled environment for soil drying before testing procedures such as moisture analysis, composition analysis, and laboratory evaluation.

River Sediment Analysis

With stainless steel chambers and high moisture sample compatibility, the unit is suitable for drying river sediment, sludge, and other environmental samples before further laboratory examination.

Organic Farming Research

The Soil Drying Oven supports organic agriculture research by providing stable sample preparation conditions for soil quality evaluation and sustainable farming projects.

Universities and Scientific Research

Universities and research institutes can use the system for teaching experiments, soil science studies, and laboratory sample preparation requiring precise drying conditions.

Technical Specifications

Parameter	Specification
Model	CD-SDO24
Product Name	24 Chamber Soil Drying Oven
Temperature Range	RT ~ 60℃
Temperature Control	24 Independent Temperature Controllers
Number of Sample Chambers	24 Independent Drying Chambers
Sample Chamber Size	200 × 120 × 300 mm (W×H×D) × 24
Temperature Display Resolution	0.1℃
Temperature Sensor	PT100 Temperature Sensor
Temperature Control System	PID Automatic Control System
Air Purification System	Primary Filter + Graphite Adsorption + High Efficiency Filter
Inner Chamber Material	Stainless Steel
External Material	Steel Plate with Electrostatic Powder Coating
Heating Element	Stainless Steel Circular Heating Tube
Power	2000W
Voltage	220V / 50Hz
External Dimension	1100 × 430 × 1600 mm
Weight	Approx. 80 kg
Safety Protection	Dual Over Temperature Protection, Alarm and Power Cut-off
Packaging	Standard Wooden Case Packaging

FAQ

What is a Soil Drying Oven used for?

A Soil Drying Oven is mainly used for soil sample preparation before laboratory analysis. It provides controlled airflow and temperature conditions to remove moisture from soil, sediment, and environmental samples while maintaining sample quality.

Can each chamber of the soil drying oven control temperature independently?

Yes. The CHENDUN CD-SDO24 Soil Drying Oven is equipped with 24 independent temperature control chambers. Each chamber can be set separately according to different soil sample drying requirements.

How does the Soil Drying Oven prevent sample cross contamination?

Each sample is placed in an individual stainless steel drying chamber. The isolated structure prevents direct contact between different samples and reduces the risk of cross contamination during the drying process.

What temperature range does this soil sample drying oven support?

The standard temperature range is from room temperature to 60℃. The PID control system provides stable temperature regulation with 0.1℃ display resolution for precise soil sample drying.

Can this equipment dry high moisture samples such as sediment?

Yes. The stainless steel chambers and adjustable airflow system allow the Soil Drying Oven to handle various samples including soil, river sediment, and other high moisture environmental samples.

What makes this soil drying oven different from a conventional drying oven?

Unlike conventional ovens that provide one chamber temperature control, this model offers 24 independent drying spaces. It is specifically designed for soil sample preparation where multiple samples require different drying conditions.

Related Products

Need a customized environmental control solution?

CONTACT

Jinan Chendun Environment Technology Co., Ltd.
Jingshi Road 7000, Shunhua Road Sub-districtJinan,Shandong Provance, China.

Environment Control
Atmosphere control
Positive and negative pressure control
High and low temperature control
Dry and humidity control

Sales Manager
Steven Lee
Email: vacuumdegassing@gmail.com
Phone/whatsapp/wechat: +86 15665772071