40 TPD Tableware Glass Production Line For Daily Clear Goblet And Household Glassware Manufacturing

40 TPD Tableware Glass Production Line For Daily Clear Goblet And Household Glassware Manufacturing

1. Product Overview

2. Supported Product Range

• Tumblers: straight, tapered or curved drinking glasses
• Cups and Mugs: coffee cups, tea mugs, juice cups
• Bowls: salad bowls, serving bowls, dessert bowls
• Plates and Dishes: dinner plates, side plates, serving platters
• Stemware: wine glasses, champagne flutes, water goblets
• Decorative glass: vases, candle holders and other ornamental glass pieces

3. Key Features and Advantages

• Improved product durability. Optimized melting and forming process greatly improves mechanical performance and thermal shock resistance to extend service life of finished glass tableware.
• Premium surface quality. Multiple finishing options are available to achieve brilliant transparent surface, frosted appearance or patterned decorative effects for diversified market needs.
• Stable medium scale output. 40 ton per day capacity matches medium and large‑size glass factory operation, keeping stable throughput and consistent finished product quality.
• Full‑process integrated configuration. Covers raw material melting, gob feeding, press forming, annealing and optional packing equipment, realizing one‑stop production of tableware glass.
• Flexible customization capability. Equipment layout and machine parameters can be adjusted according to target product types and factory site conditions.

4. Main Raw Material List

5. Glass Melting Core Process

1. Silicate Formation. Raw batch materials are heated to trigger solid‑state chemical reactions. Gases are released and sinter mixture composed of silicates and silica is generated.
2. Glass Melt Formation. Sinter materials melt into liquid glass phase, while large amount of bubbles and uneven chemical composition still exist inside molten glass.
3. Fining Degassing. Continuous high temperature heating reduces glass viscosity, enabling trapped gas and visible bubbles to escape from molten glass bath.
4. Homogenization. Molten glass stays under stable high temperature for sufficient time. Diffusion effect eliminates composition striae and achieves uniform chemical property of glass liquid.

6. Core Forming Equipment Configuration

FAQ