Explore the marvels of thermodynamics with this intricately designed Vacuum Stirling Engine Model Flame Eater Licker. Perfect for enthusiasts and educators alike, this model provides a hands-on understanding of the principles behind vacuum negative pressure engines.
Features:
Vacuum Negative Pressure Engine Principle: Designed on the principle of a vacuum negative pressure engine, it features a large diameter bypass turbofan for effective heat dissipation, ensuring more stable operation and higher speed.
Well-Designed Mechanical Structure: The entire frame and bottom plate are CNC processed with aluminum alloy and anodized gold treatment, offering a beautiful, long-lasting finish.
Premium Materials: All copper cylinder piston and large diameter cylinder ensure durability and performance. The safety fuel tank prevents fuel overflow, adding an extra layer of security.
High Precision Parts: The engine's parts are processed with high precision, showcasing the meticulous craftsmanship and making the complex art of machinery come to life.
Easy Maintenance: Comes with a user guide, and the cylinder can be disassembled quickly for easy maintenance. Its simple structure makes it accessible even for beginners.
Operational Instructions: Fill the fuel tank with approximately 2/3 95% alcohol (avoid using water, kerosene, gasoline, lighter fluid, liquor, etc.). After heating the alcohol lamp for 30 seconds, turn the flywheel by hand to start the engine.
Educational and Collectible Value: Operating the engine offers an intuitive understanding of its working principles. Its superior quality and exquisite appearance make it a valuable collectible, suitable as a high-end decoration or a unique gift.
Age Recommendation: Suitable for individuals aged 8 years and above.
Specifications:
.Color: As Shown
.Material: Aluminum Alloy + Brass
.Product Size: 18.5 x 8.5 x 11.8cm
.Product Weight: 880g
.Package Dimensions: 20 x 10 x 13.5cm
.Package Weight: 1000g
.Packing: Carton Box
Package Content:
.1 x Engine
.3 x Allen Wrench
.2 x Fire Damper Slice
