Laboratory Water Vapor Generator for Tube Furnace

Laboratory Water Vapor Generator for Tube Furnace

Introduction:

The water vapor generator provides precise and quantitatively controlled steam conditions for laboratories, with accurate control of steam flow rate and temperature. The steam generation is stable and continuous, and the equipment is simple and safe to operate. Our water vapor generator features an innovative and specialized vaporization structure, overcoming the shortcomings of traditional water vapor generators, such as unstable flow rates, difficult control of temperature and output, incomplete vaporization, and large fluctuations.

It provides precise, continuous, and stable water vapor for applications such as steel corrosion testing, fuel cell testing, catalytic hydrothermal aging, fixed-bed and fluidized-bed reactions, and biodegradation and synthesis.

The product is composed of a high-precision laboratory peristaltic pump, a steam generator, and an anti-condensation system.

Features and Benefits:

1. Special vaporization structure ensures stable water vapor generation.
2. Adjustable vaporization temperature.
3. Controllable liquid flow rate.
4. Anti-condensation system prevents steam condensation and backflow.
5. Automatic liquid feeding, easy installation, compatible with tube furnaces from various manufacturers.

Technical Specifications of Water Vapor Generator:

Applications:

Here are some typical applications for the Water Vapor Generator:

1. Steel Corrosion Testing:
   • Used to simulate high-temperature and high-humidity environments to study the effects of water vapor on the corrosion behavior of steel and other metals.
2. Fuel Cell Testing:
   • Provides a controlled steam environment for testing the performance and durability of fuel cells, particularly in evaluating the effects of water vapor on fuel cell components.
3. Catalytic Hydrothermal Aging:
   • Generates a continuous and stable flow of water vapor to study the hydrothermal aging of catalysts, which is essential for understanding their long-term stability and performance in various chemical reactions.
4. Fixed-Bed and Fluidized-Bed Reactions:
   • Supplies precise steam flow for fixed-bed and fluidized-bed reactors, commonly used in chemical engineering and materials science to investigate reaction kinetics and processes.
5. Biodegradation and Synthesis:
   • Facilitates controlled steam conditions in experiments involving the biodegradation of materials or the synthesis of new compounds, where water vapor plays a critical role in the reaction environment.
6. Ceramic Sintering:
   • Used in the sintering of advanced ceramics, where the presence of water vapor can influence the microstructure and properties of the final product.
7. Surface Treatment of Materials:
   • Provides a humid environment for surface treatments such as oxidation or reduction processes, improving the surface properties of metals, ceramics, and other materials.
8. Semiconductor Processing:
   • Supports the creation of steam environments for various semiconductor fabrication processes, including oxidation, cleaning, and annealing steps.

These applications highlight the versatility and precision of the water vapor generator, making it an essential tool in laboratories and industries that require controlled steam environments for material processing and testing.