Chamber Drying Ovens  Manufacturers, Traders, Suppliers

Our chamber drying ovens are the ideal solution for a wide range of industrial drying applications. As a leading manufacturer of industrial ovens, we offer high-quality chamber drying ovens that are specially tailored to the requirements of our customers. Our ovens are characterized by their high efficiency, reliability and durability.
Our chamber drying ovens are available in various sizes and designs to meet the individual needs of our customers. From small laboratory drying ovens to large industrial ovens, we offer a wide range of solutions for drying different materials. Our chamber drying ovens are easy to operate and offer precise temperature control for optimal drying results. With our many years of experience and expertise in industrial oven and plant construction, we can deliver customized solutions for any application.

• Temperature range up to 1200°C
• Air circulation for even temperature distribution
• Control system with touchscreen operation
• Simple programming of temperature profiles
• Various chamber sizes available
• Optional inert gas atmosphere
• High energy efficiency
• Robust design for industrial use
• Customization possible
• Fast heat-up and cool-down times

• Drying of coatings
• Hardening of plastics
• Preheating of components
• Tempering of metals
• Ageing tests
• Sterilization of medical devices
• Sample heating in laboratories
• Drying of food
• Drying of ceramic products
• Drying of wood products

GEWA driers
    

• continuous-flow drier with transport facility
• chamber drier without transport facility
• heated directly and indirectly
• made-to-measure adaptation of drier to position and flow of material
• optimum blow against material to be dried thanks to individual conduct of drying air conduits
• best drying results thanks to high-performance fans
• long life of all components thanks to consequent use of acidproof materials and coatings

The high temperature drying test chamber is a device for drying, aging and performance testing of articles under simulated high temperature environmental conditions. It has the following characteristics and processes:
Accurate temperature control: The high temperature drying test chamber adopts advanced temperature control system, which can achieve accurate control and adjustment of the temperature in the box. Generally, the temperature range can reach above room temperature and can be adjusted as needed.
Uniform temperature distribution: A uniform air circulation system is designed inside the high temperature drying test box to ensure uniform temperature distribution in the box and avoid hot or cold spots, so as to ensure that the tested items can be affected by the same temperature throughout the box.
Adjustable humidity control: In addition to temperature control, some high temperature drying test chambers have humidity control functions. Through the humidification or dehumidification system, the humidity in the box can be adjusted to simulate various high temperature and high humidity environments.
Safety and stability: The high temperature drying test chamber is usually made of high quality materials and advanced technology, with good safety and stability. The box structure is strong, excellent insulation performance, the internal sensor and control system can monitor and control temperature, humidity and other parameters to ensure the accuracy and reliability of the test process.
Multiple protection functions: In order to protect the safety of the tested items and equipment, the high temperature drying test box usually has a variety of protection functions, such as over-temperature protection, leakage protection, overload protection and so on. These protection mechanisms can effectively prevent the occurrence of accidents and ensure the safety of the experiment process.
Flexibility and scalability: The high temperature drying test chamber usually has a flexible operating interface and parameter Settings to meet different test requirements. At the same time, some devices are also scalable, and can be added as needed or modified to meet special test requirements.
In short, the high temperature drying test chamber offers precise temperature control, uniform temperature distribution, adjustable humidity control, safety and stability, multiple protection features, as well as flexibility and scalability. They are widely used in electronics, automotive, aerospace, materials and other fields for product development, quality control and performance testing.

The parameters of the high temperature drying tester can vary depending on the manufacturer and model, the following are some common parameters:
Temperature range: High temperature drying testers are usually able to provide a wide temperature range, such as from room temperature to 1000 ° C or higher. The specific temperature range depends on the design and use of the equipment.
Temperature control accuracy: The high temperature drying tester should have accurate temperature control capabilities to ensure that the required temperature conditions are accurately maintained. In general, the control accuracy can be set at several decimal place levels, such as ±0.1 ° C or less.
Heating method: The high temperature drying tester can use different heating methods, such as electric heating, radiation heating or convection heating. Each heating method has its own applicable scenarios and advantages.
Cooling method: For rapid cooling or maintenance of a low temperature environment, the high temperature drying tester may be equipped with a cooling system such as fan cooling, water cooling or refrigerant circulation.
Control system: High temperature drying test machines are usually equipped with advanced control systems, which can achieve accurate control and monitoring of temperature, time, humidity and other parameters. The control system may have a touch screen interface, programming capabilities, and data logging capabilities.
Internal volume and sample rack: The internal volume of the high-temperature drying tester will affect its suitability for different sizes and types of samples. At the same time, the equipment may also be equipped with sample holders or sample trays to hold and support the samples to be tested.
Safety features: Since the high-temperature drying test involves a high-temperature environment, the equipment is usually equipped with safety measures, such as over-temperature protection, emergency stop button, overload protection, etc., to ensure the safety of the operator and the equipment.
These parameters are for general reference only, and the specific parameters of the high temperature drying tester should be determined according to the specific equipment model and the specification table provided by the manufacturer.

High temperature drying tester is a kind of test equipment used to simulate the drying conditions in high temperature environment. It is mainly used in various industries to evaluate and test the performance and durability of products, materials or components under high temperature and dry environment.
The following are some areas of application for high temperature drying testers:
Electronic and electrical industry: In the manufacture of electronic products, high temperature drying test machines can be used to test the reliability and stability of electronic components, semiconductor devices, circuit boards and other high temperature environments.
Automotive industry: Automotive manufacturers can use high-temperature drying test machines to evaluate the performance and reliability of automotive components (such as wiring harnesses, sensors, control modules, etc.) under high temperature conditions to ensure that they work properly in extreme temperature environments.
Aerospace industry: High-temperature drying test machines are very important for the performance evaluation of aerospace devices, aerospace materials and aerospace devices in the aerospace field. By simulating the high temperature environment, their reliability and adaptability under high temperature conditions can be tested.
Materials science research: Researchers can use high temperature drying test machines to study the thermal expansion, stability and durability of different materials under high temperature drying conditions. This is very helpful for material development, new material evaluation and performance improvement.
Chemical industry: In some chemical processes, high temperatures and dry conditions may be necessary. High temperature drying testers can be used to assess the stability and durability of chemical products, coatings, adhesives and coating materials at high temperatures.
Medical device industry: The reliability and performance of medical devices are of Paramount importance. High temperature drying testers can be used to test the durability and reliability of medical devices at high temperatures to ensure their normal operation under harsh conditions.
These are just some examples of application areas for high temperature drying testers, in fact they can be useful in many other areas, depending on the specific requirements of the products and materials to be evaluated.