Quartz Heating Tube Lifespan and Durability Test

ভূমিকা: Quartz heater tubes are widely utilized in various industrial applications due to their high thermal efficiency and rapid heat transfer capabilities. However, understanding their lifespan and durability under extreme conditions is crucial for ensuring reliability and cost-efficiency in industrial operations.

Lifespan of Quartz Heater Tubes: Typically, quartz heater tubes offer a functional lifespan ranging between 2,000 to 3,000 hours. This duration can vary based on the operating environment, frequency of use, and maintenance practices.

Durability Test Overview: To assess the robustness of quartz heater tubes compared to carbon fiber heating tubes, a controlled destructive test was conducted. Both types of tubes were subjected to continuous electrical power for thirty minutes to simulate a high-stress working condition.

Experimental Setup:

1. Power Application: Both quartz and carbon fiber heating tubes were energized for half an hour to evaluate their performance under sustained electrical stress.
2. Water Immersion Test: Immediately following the power application, the tubes were submerged in water while still being powered. This scenario tests the tubes’ structural integrity and thermal shock resistance.

Results:

• Quartz Heater Tubes: The tubes exhibited a susceptibility to cracking under the dual stress of heat and sudden cooling, indicative of potential vulnerabilities in thermal shock environments.
• Carbon Fiber Heating Tubes: In contrast, the carbon fiber tubes demonstrated superior durability, withstanding the harsh conditions without any damage, thereby continuing to operate effectively.

Discussion: The results suggest that while quartz heater tubes are effective in standard conditions, their performance can be compromised under extreme stress or sudden environmental changes. Carbon fiber heating tubes, on the other hand, offer enhanced durability and reliability in similar conditions, making them a potentially more suitable option for demanding applications.