High-Volume Hydrostatic Hot Water Bath Test Device

High-Volume Hydrostatic Hot Water Bath Test Device

Hot water baths, also known as hydrostatic pressure test devices, are widely used laboratory test equipment in industries such as construction, chemical, petrochemical, and water management. These devices play a critical role in conducting hydrostatic pressure tests to determine the resistance of thermoplastic pipes. Hydrostatic pressure tests are important for identifying the internal pressure resistance of pipes, cracks, and leaks that may occur under pressure.

General Features and Functions:

1. Standard Compliance: These devices are usually designed and manufactured in compliance with international standards such as ISO 1167, ASDTM D 1598, and ASTM D 1599. Compliance with these standards ensures the reliability and validity of test results.

2. Pneumatic Door: Pneumatic doors are used to control access to the test chamber. These doors enhance safety during testing and facilitate operation.

3. Water Circulation: A circulation system that ensures homogeneous circulation of hot water is provided. This ensures balanced temperature distribution during testing and enhances result accuracy.

4. Digital Temperature Control Device: A digital temperature control device is used to accurately control the temperature of the test chamber. This ensures the desired test conditions are met.

5. Elastomeric Foam Insulation: The test chamber is insulated with elastomeric foam for thermal insulation. This minimizes the impact of environmental conditions on test results.

6. Stainless Steel Structure: The parts in contact with water are made of durable and hygienic stainless steel. This material is resistant to high temperatures and provides long-lasting use.

7. Automatic Level Control: A level control ensures automatic monitoring of the water level. This feature reduces operator intervention and automates the process.

8. Overtemperature Protection: The system has a separate control circuit that automatically shuts down in case of overtemperature conditions. This ensures the safety of the device and surrounding materials.

9. Special Circulation System: A special circulation system is included to provide high and uniform temperature conditions. This ensures the homogeneity of test conditions.

10. Double Insulated Walls: The walls of the test chamber are designed with double insulation. This minimizes external factors affecting the internal test environment and improves result accuracy.

11. Pneumatic Controlled Doors: Pneumatic-controlled doors are used for easy access and safe operation. These doors provide safe and controlled access to the test chamber.

12. High-Quality Material: The use of high-quality SS304 stainless steel provides durability and reliability. These materials are ideal for long-term use and resistant to corrosion.

13. Connection Options: Quick-open coupling connections for easy connection and control of pressure test units. This feature ensures the device is compatible with different test equipment and provides flexibility.

Applications and Uses:

Hydrostatic pressure test devices for hot water baths are used in many industrial sectors and have various applications. These include:

• Testing water and wastewater pipes used in the construction industry.

• Determining the resistance of chemicals used in the chemical industry.

• Evaluating the reliability of pipe systems used in the petrochemical industry.

• Testing pipes used in water management and treatment plants.

• Evaluating the performance of new materials and products in R&D laboratories.

Conclusion:

Hydrostatic hot water bath test devices are reliable and durable equipment designed and manufactured in compliance with industry standards. With a wide range of features and applications, these devices can be used in various industrial applications. Operational safety, accuracy, and precision are key features of these devices, enabling users to obtain reliable test results.