330ml Glass Bottle Production Line for Sparkling Wine - Flint Bottle Manufacturing with 630℃ Annealing Lehr
This specialized production line is engineered for manufacturing 330ml flint glass bottles, specifically designed for sparkling wine applications. The system integrates advanced glass melting technology with precision forming equipment to deliver high-quality glass containers.
| Type | Description |
|---|---|
| Container / Bottle | Standard bottle configuration |
| Container with handle | Bottles featuring integrated handles |
| Tubular container | Cylindrical container designs |
| Volume Range | 1ml to 25000ml capacity options |
| Shape | Description |
|---|---|
| Roundness | Most common bottle base design |
| Oval | Elliptical base configuration |
| Square | Square-shaped base |
| Rectangle | Rectangular base design |
| Flat | Flat-bottomed container design |
| Type | Description |
|---|---|
| Wide-mouth bottle/jar | Inner diameter over 30mm, minimal shoulder, ideal for semi-fluid, powder, and bulk solid goods |
| Color | Applications |
|---|---|
| Flint / Clear | Most common glass containers, provides excellent product visibility |
| Green | Typically used for beverages and beers |
| Brown / Amber | Pharmaceutical and beer applications, absorbs ultraviolet rays for product protection |
| Opal | Cosmetics, vanishing cream, unguent, and liquor packaging |
- Silicate Formation: Solid phase reactions during heating release gaseous products, creating opacity sinter from silicate and SiO2
- Glass Liquid Formation: Sinter melts into flint glass liquid with bubbles, requiring chemical homogenization
- Clearing: Continuous heating reduces viscosity, eliminates visible bubbles from the liquid pool
- Homogenization: Complex process involving physical, chemical, and physicochemical reactions transforming raw materials into uniform glass liquid
Features adjustable shear angle between RH30°-LH90°, compatible with S.G, D.G, and T.G. glass types
Standard glass production equipment with multiple gobs and sections. Supports various combustion types and annealing lehr specifications. High-precision machining ensures operational stability and reliability.
Utilizes continuous cam sections, pneumatic mold clamping (5 bar compressor air), air cylinder scoop control with glass rejection capability. Equipped with SMC electric valves and regulators, plus adjustable gob position delivery system for different section modes.
Designed for rapid, stable transfer of glass products from I.S. machine or press machine to cross conveyor, optimized for high-speed production lines.
Installed at annealing lehr entrance for cross-conveying glass products, coordinates with stacker for lehr loading.
Pushes glass products from cross conveyor into annealing lehr. Features inverter-adjusted pushing speed and digital counter-controlled pushing quantities.
Continuous annealing system for tableware, bottles, cans, and glass products. Electric heating with continuous proportionate automatic control. Temperature precision: ±1℃, maximum temperature: 630℃. Belt drive with stepless speed regulation via inverter frequency control.
Comprehensive packing solutions accommodating various domestic glass product packaging types.
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