HHO Flame Rotary Quartz Vacuum Sealing Machine for Fused Silica Ampoules

Product Description:

This Rotary Quartz Vacuum Sealing Machine is an advanced fused silica ampoules sealing system, delivering outstanding performance in rotary vacuum sealing operations. T It is specially designed for fused silica ampoules sealing, and comes with a wide range of features and capabilities to meet all your needs. With its advanced rotary vacuum sealing system, it is ideal for achieving precise and reliable sealing of fused silica ampoules. This machine is perfect for those who require a high-performance vacuum sealing solution for their fused silica ampoules.

Features:

Control system: The machine is equipped with a control system that allows the operator to set and adjust various parameters for the sealing process. This can include temperature settings, vacuum levels, gas flow rates, rotation speed, and sealing time. The control system provides flexibility and precision in achieving optimal sealing conditions.

Gas safety systems: Oxyhydrogen gas can be potentially hazardous, so the machine may incorporate safety systems to ensure safe gas handling. This can include gas pressure sensors, gas leakage detection systems, flame monitoring systems, and emergency shut-off valves. These safety features help prevent accidents and ensure the safe operation of the machine.

Customization options: Depending on the specific needs of the application, oxyhydrogen flame rotary quartz vacuum sealing machines may offer customization options. This can include adjustable sealing parameters, interchangeable quartz tube holders or fixtures for different sizes or configurations, and the ability to accommodate various sealing geometries.

Technical Parameters:

Applications:

Glassblowing and scientific glassware: Oxyhydrogen flame sealing systems are commonly used in glassblowing studios and scientific glassware manufacturing. Quartz tubes are sealed to create custom glassware, such as laboratory apparatus, glass components for chemical reactions, or glass tubes for specialized applications.

Chemical industry: The oxyhydrogen flame sealing system is utilized in various chemical processes where quartz tubes are employed, such as high-temperature reactions or corrosive environments. Sealing quartz tubes ensures containment of the reaction or sample, preventing contamination and enabling controlled conditions.

Research and development: The oxyhydrogen flame sealing system finds application in research laboratories and development facilities across multiple disciplines. It enables researchers to create custom quartz apparatus or seal quartz tubes for specialized experiments and setups requiring a controlled environment.

Customization:

If you’re looking for a rotary quartz vacuum sealing machine, then look no further than Okay Energy’s OK-M210. This high-quality machine is certified by both CE and ISO9001, and offers a wide range of features. It is powered by 220V and has a dimension of 660*550*800mm. The material is stainless steel, and it can output gas up to 0-800L/h. With a sealing temperature ranging from -20~200℃, it is perfect for sealing fused silica ampoules. This rotary vacuum sealing system also has the ability to melt fused quartz silica using an oxyhydrogen flame.

The minimum order quantity for this product is one set, and the price range is from USD5000-USD5300. It will be packaged in a standard export carton with a pallet, and delivered within 5-8 working days. We accept all major payment methods, including L/C, T/T, Western Union, MoneyGram, and Credit Card. We are capable of supplying up to 200 sets per month.

Packing and Shipping:

Packaging and Shipping of Rotary Quartz Vacuum Sealing Machine:

• The machine should be securely packed in a container that is resistant to shock, dust, and moisture.
• The package should be labeled clearly and accurately.
• The package should be protected with bubble wrap or other cushioning material.
• The package should be sealed with tape.
• The package should be shipped by a reliable delivery service.