Differences Between Quartz Tubes and Halogen Tubes

Quartz tubes and halogen tubes differ significantly in terms of heat resistance, main composition, and application range, as detailed below:

1. Heat Resistance

• Kwarts buizen: Can be used continuously at 1100°C, with a maximum operating temperature of up to 1450°C, making them suitable for high-temperature applications.
• Halogeen buizen: Have a maximum working temperature of approximately 800°C, suitable for medium-temperature applications.

2. Main Composition

• Kwarts buizen: Made from high-grade crystal stone, characterized by high purity.
• Halogeen buizen: Filled with inert halogen gases, containing a tungsten filament available in white and black varieties.

3. Application Range

• Halogeen buizen: Can be processed into various shapes (ring, pear, U-shape, C-shape, straight tube) and used as far-infrared heating lamps. They are widely applied in small household appliances such as heaters, radiant stoves, electric fireplaces, coffee makers, beauty devices, and ovens.
• Kwarts buizen: Have a wide range of applications, including use in light sources, semiconductors, optical communications, military industry, metallurgy, construction materials, chemical industry, machinery, power generation, and environmental protection.

Conclusie

In summary, quartz tubes are ideal for industrial applications requiring high heat resistance and broad utility, while halogen tubes are favored for their ease of processing and versatility in shape, making them popular in small household appliances. Choosing the right material based on specific needs can effectively enhance product performance and lifespan.

GlobalQT specializes in high-quality quartz tubes and heating solutions. For more information, visit our website of neem contact met ons op via contact@globalquartztube.com.