The perfect integration of craftsmanship and strength

1、 The Strength Display of Glass Bottles

（1） Enterprise scale demonstrates strength

Enterprise scale is one of the important indicators to measure the strength of glass bottle manufacturers. Large glass bottle manufacturers usually have higher registered capital, which means they have stronger financial strength and can invest more resources in updating production equipment, technological research and development, and market expansion. Manufacturers with larger factory areas can accommodate more production equipment and lines, improving production efficiency and capacity. At the same time, a larger number of production workshops can achieve specialized division of labor for different product types or production processes, ensuring the stability of product quality. Manufacturers with a large number of employees have an advantage in human resources, as they can form professional R&D teams, production teams, and after-sales service teams to provide customers with comprehensive services.

（2） Advanced production technology ensures quality

Advanced production technology is the key to providing high-quality products for glass bottle manufacturers. High tech manufacturers can produce a wide variety of glass bottle products to meet the needs of different customers in different fields. For example, in the field of food packaging, glass bottles with strong corrosion resistance and good sealing are needed; In the field of medicine, there are extremely high requirements for the purity and stability of glass bottles.In terms of production technology, advanced manufacturers adopt automated production lines to improve production efficiency while ensuring the accuracy of product dimensions and the smoothness of appearance. Manufacturers with advanced equipment configurations can achieve high-precision production and processing, such as using advanced mold manufacturing technology to ensure that the shape of glass bottles is regular and the thickness is uniform. In addition, some manufacturers are constantly exploring new production processes, such as using environmentally friendly materials and energy-saving production technologies, to reduce production costs while minimizing environmental impact.

（3） Strict quality control ensures safety

Quality control is an important link for glass bottle manufacturers to ensure product safety. Strictly implementing quality control standards, such as ISO9000 quality system certification, can prove that the manufacturer has a sound quality control system. By rigorously screening the raw materials, the purity and stability of the glass are ensured.During the production process, strict quality inspections are conducted at every stage to promptly identify and eliminate non-conforming products. For finished glass bottles, strict visual inspection, size measurement, and pressure testing are carried out to ensure that the product meets the standards. Consumers can check the manufacturer's certification status to understand their quality control level. At the same time, manufacturers should establish a quality traceability system, which can quickly identify the root cause of quality problems and take effective measures to solve them.

（4） High quality after-sales service wins trust

High quality after-sales service is an important guarantee for glass bottle manufacturers to win customer trust. A good after-sales service system includes providing technical support and guidance during product use, and promptly resolving any issues customers may encounter while using the product. For example, when customers have questions about the use of glass bottles, manufacturers can provide detailed answers and operational guidance in a timely manner.During the warranty period, if there are any quality issues with the product, the manufacturer should provide timely return and exchange services. Manufacturers should also establish a comprehensive after-sales service feedback mechanism, timely collect customer opinions and suggestions, and continuously improve products and services. In addition, for customers who need to customize glass bottles, manufacturers should provide personalized after-sales service to meet their special needs. By providing high-quality after-sales service, manufacturers can enhance customer satisfaction and loyalty, laying a solid foundation for the long-term development of the enterprise.

2、 The unique manufacturing process of glass bottles

（1） The production and manufacturing process is rigorous

The production and manufacturing process of glass bottles is extremely rigorous, and every step is crucial. Firstly, the raw material is pre processed by crushing block shaped materials such as quartz sand, soda ash, limestone, feldspar, etc. to achieve the appropriate particle size for subsequent processing. At the same time, dry the damp raw materials to ensure that their moisture content meets the requirements. In addition, to ensure the quality of the glass, it is necessary to remove iron from the iron containing raw materials, as iron elements can affect the transparency and color of the glass.

In the process of preparing ingredients, various processed raw materials are mixed in a certain proportion to ensure that the chemical composition of the glass meets the requirements. During the melting stage, the glass batch is heated at high temperatures (1550-1600 degrees) in a tank furnace or furnace. During this process, it is necessary to strictly control the temperature and time to ensure that the mixture forms a uniform, bubble free liquid glass that meets the forming requirements.

The molding process involves placing liquid glass into a mold to create glass products of the desired shape, such as plates, various vessels, etc. Different product shapes require different molds, and the quality and accuracy of the molds directly affect the quality of the products.

Finally, heat treatment is used to clean or generate stress, phase separation or crystallization inside the glass through annealing, quenching and other processes, as well as to change the structural state of the glass. This step can improve the strength and stability of the glass, reducing the risk of breakage during use.

（2） Multiple molding methods each have their own characteristics

Blow blow method is commonly used to manufacture small mouthed bottles. It involves blowing once in the initial mold to shape the mouth and blow it into a prototype, and then transferring it to the molding mold for a second blow molding. According to different feeding methods, it can be divided into two blowing blowing methods: vacuum suction feeding and drip feeding. This method is suitable for making small mouthed bottles, ensuring the accuracy and shape of the bottle mouth.

The rotary blowing method is to continuously rotate during the blowing of material bubbles, using the vacuum suction method to feed the material. The glass liquid is sucked out from the blocking brick, cut, and falls into the forming mold. The rotating shaft claw will quickly clamp and then rotate to complete a series of actions such as blowing air. This method is suitable for manufacturing very large-sized instruments.

The belt blowing method uses liquid flow feeding, and the glass liquid continuously flows out from the leakage hole. It is rolled into a belt shape by the drum, and then forms an air bubble on the transmission chain by its own weight and air splashing. It is then blown into shape by closing the rotating forming mold. Mainly used for producing light bulb shells and tea cups, with a very large production capacity.

The pressure blowing method is to press the droplets in the initial mold to shape the mouth, and then transfer them to the molding mold for blowing molding. Forming is easy to make the wall thickness distribution of the product uniform. In addition to being mainly used to produce hollow glass products such as wide mouth bottles, some factories currently also use this method to produce small mouth bottles. The pressure blowing method is developed based on the blowing blowing method and uses a punch instead of a core.