High Flint Glass: With a light transmittance of over 90%, it has a pure and bright color. It is highly resistant to acids and alkalis, boasting excellent chemical stability. The material has a uniform density, featuring outstanding compression and impact resistance. It is less likely to be damaged during transportation, reducing loss costs.

Crystal Flint Glass: Based on high-flint glass, its purity is further enhanced by an extremely low iron content. Its light transmittance is close to the texture of crystal, with better gloss. The bottle body is transparent and smooth. When combined with embossing or carving techniques, it can highlight the three-dimensional layering and refinement of patterns. This material can also enhance the high-end packaging texture of products and contribute to brand premium.

1. Glass Bottle Design Drawing

Our engineers will use professional software to draw detailed technical drawings and 3D models according to customers’ requirements, accurately marking the capacity, bottle shape, thickness, and decoration position. We will evaluate the forming process to ensure that the design is both aesthetically pleasing and manufacturable.

2. Materials for Producing Glass Bottles

The main raw materials, such as quartz sand, soda ash, and limestone, are weighed and mixed according to a strict scientific formula. For special bottles, dyes and chemical compounds may be added to produce colored glass or heat-resistant borosilicate glass.

3. Adding Raw Materials to the Furnace

The well-mixed raw materials are continuously fed into a high-temperature furnace, where the temperature is maintained at 1550-1600℃. The raw materials are melted into a uniform liquid glass here.

4. Machine Cutting of Materials

The molten glass flows into the forehearth for temperature adjustment, and then is cut into uniform gobs by precision shears. The weight of each gob directly affects the wall thickness and capacity accuracy of the final bottle.

5. Mold Heating

The metal molds are pre-heated and maintained at an accurate temperature to ensure smooth glass flow, consistent forming, and a smooth surface finish.

6. Blank Mold Display

The gob enters the blank mold, and the neck and preliminary shape are formed through pressing or blowing methods. All the neck details, including the threads, are formed at this stage.

7. Mold Display

The parison is transferred to the blow mold, and high-pressure air inflates it to fit the mold walls, forming the final shape, including all embossed or engraved patterns.

8. Flame Polishing

For bottles with high-gloss requirements, a brief flame treatment may be carried out to remove micro-scratches and burrs, enhancing smoothness and sealing adaptability.

9. Glass bottle Enters the Deheating Furnace

The bottles enter an annealing furnace for controlled heating and cooling. This process relieves internal stress, increasing impact resistance by more than 30% and preventing spontaneous breakage.

10. Glass Bottle Testing

We combine intelligent vision systems with manual inspections. Automated detection can identify bubbles, cracks, or deformations. Technicians will sample the bottles for impact resistance, sealing, and material safety tests. Only bottles that pass all the tests can enter the subsequent processing or packaging stage.

11. Packaging

Qualified bottles are packed into cartons or placed on pallets as required. Each package is labeled with specifications, batch number, and production date, and is rechecked before shipment.