Product Description
Glass tubes we deal in are the hollow pieces of several glass types. They are apt for a variety of applications such as laboratory glassware, solar thermal systems, lighting applications, and pharmaceutical packaging. If stored correctly, these can endure jostling and breakage. These tubes are made to bear the higher temperatures than metal, wood and plastic. Glass tubes are highly useful for the laboratory applications. These are compatible with photo bioreactors, pneumatic conveying systems, architectural item and lighting.
Specification
| Height | 18cm |
| Application | Chemical Laboratory |
| Color | Transparent |
| Outside Diameter | 10mm |
Outstanding Thermal and Chemical PerformanceEngineered for applications demanding durability, these glass tubes resist temperatures up to 500C and maintain structural integrity against thermal shock. Their borosilicate composition grants substantial chemical resistance, making them ideal for laboratories and industrial processes where reliability is paramount.
Versatility for Multiple UsesWith customizable dimensions and high optical clarity, our glass tubes accommodate needs across scientific, industrial, decorative, and lighting sectors. Their strong yet lightweight structure allows for easy integration into experimental setups, design projects, and technical systems.
Eco-Conscious and Secure PackagingWe emphasize sustainability and safe handling: every glass tube is reusable, eco-friendly, and packed with care using bubble wrap and sturdy cardboard boxes, ensuring your product arrives intact while minimizing environmental impact.
FAQs of Glass Tube:
Q: How can these borosilicate glass tubes be utilized in laboratory and industrial environments?
A: These glass tubes are commonly used for chemical reactions, fluid transfer, and sample storage due to their high thermal and chemical resistance, smooth finish, and leakproof qualities, ensuring safety and performance in demanding settings.
Q: What makes your glass tubes suitable for high-temperature applications?
A: Our tubes can withstand temperatures up to 500C, a result of their borosilicate composition and precise manufacturing. Their low thermal expansion coefficient significantly reduces the risk of cracking under rapid temperature changes.
Q: When should I consider ordering bent or tempered tubes?
A: You should request bent or tempered tubes when your project requires specialized shapes or enhanced strength, such as in custom lighting, industrial installations, or unique laboratory setups. These options are available on demand to best fit your requirements.
Q: Where are these glass tubes primarily used outside of laboratories?
A: Outside labs, the tubes are popular in decorative installations, interior architecture, and lighting solutions, owing to their high transparency, appealing round tube pattern, and customizable sizes.
Q: What is the process for fabricating these glass tubes?
A: The tubes are produced using either molded or drawn techniques, ensuring precise dimensions, smooth finishes, and adherence to a 0.2 mm tolerance. Quality control standards maintain high transparency and mechanical strength.
Q: How does the eco-friendly feature benefit the user or environment?
A: Being reusable and eco-friendly, these glass tubes help reduce waste and support sustainable practices, making them an ideal choice for environmentally conscious users and organizations.