Flint Jar Glass Bottle Production Line ISO45001 Pudding Glass 300ml

300ml Flint Jar Production Line

Amber glass bottle production line dropper bottles are mainly made of soda lime glass, and the colors of the glass are usually clear (flint), amber and green. If the customer needs to produce products of multiple colors in one furnace, such as pink, blue, yellow, etc., it can be realized through special forehearth coloring technology. Glass container products have good chemical stability and good sensory vision, and are the most widely used packaging containers in food, beverage and other industries.
Glass melting is a very complex process involving physical, chemical and physicochemical phenomena and reactions. These phenomena and reactions lead to the transformation of mechanically mixed raw materials into complex molten glass liquids.
The defects in glass production are mainly caused by the melting process, and the melting quality is closely related to the output production quality, production cost, fuel combustion, kiln activity, etc. It is important to ensure that the physical and chemical reactions of the ingredients are well behaved throughout the melting process and that the entire process runs smoothly to create a high quality glass product.

Technological Features

1. Electro-pneumatic valve block
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3. Servo conrl for distributor
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5. Servo control for invert
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7. Servo control for take-out
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9. Electronic pusher

• 3D modeling design
• Single/dual/multiple regenerators
• chimney at the top of the regenerator
• unique port structure
• Deep Refining Technique
• Unique Throat Cooling Technique
• Optimized cooling arrangement of the molten pool walls
• Ignition technology of burner under the intake port
• Split regenerator chamber technology
• Electric boost technology
• foam technology
• Smart single/dual fuel combustion system
• Oxy-fuel technology
• Oxygen combustion technology
• Induced fan exhaust technology
• Injector fan exhaust technology
• Low energy consumption, long furnace life
• Preassembly of critical structures
• Advanced and reliable computerized automatic control system (PLC/DCS, SCADA)
• low environmental impact
• Flue Gas Treatment Technologies
• Waste heat recovery technology