1. On the basis of not significantly increasing the cost, part of the quartz sand is used instead of part of the ordinary silica sand, and the content of the glass composition is reduced to 1.8-2.0% as much as possible.

　　 (2) Intentionally increase the content of CaO in the glass composition to make the total amount of CaO+MgO close to 12.3-12.5%. It can be directly increased and other components will naturally decrease. During the adjustment process, if there are adverse reactions, stop immediately.

2. Check the particle size of ore raw materials, and the requirements for particle size (wt%): quartz sand + 20 mesh ≤ 0.1, -150 mesh ≤ 7; limestone (dolomite) + 10 mesh ≤ 0.5, -150 mesh ≤ 7; fluorite Stone+40 mesh=0, -200 mesh ≤5. This is to find the reason from the raw material itself to prevent it from being too coarse or too fine. The purpose is to ensure that the batch material can be mixed uniformly to accelerate the melting and clarification of the glass; at the same time, the storage of ore materials The limit should be guaranteed, and the test should be carried out in batches, clearly marked, and used in accordance with the principle of "first in, first out".

3. Strengthen the quality management of cullet, try to reduce the content of heterogeneous glass, and control its entering the furnace; at the same time, strictly control the breaking link of cullet, so that the cullet is 20-25mm into the warehouse after processing, so that it is easy to clarify and homogenize .

4. Strengthen the moisture control of quartz sand. As the moisture content of quartz sand is large and unstable, the moisture content of quartz sand should be detected in time according to the regulations. The adjustment must not be wrong.

　　5. Control of the raw material weighing system. Weighing is the most important link in the batching process. The accuracy of the weighing of various raw materials directly affects the composition of the glass and the quality of the product. The batching scale is calibrated at full load with standard weights once a week, and the required error is ≤±0.1%. If the standard weights are not enough, the "physical calibration method" can be used to calibrate and correct in time.

　　6. ​​Control of raw material preparation system

(1) Feeding sequence of raw materials: The sequence of raw materials discharged into the mixer after weighing should be: quartz sand → soda ash → limestone. At the same time, the three raw materials are required to enter the mixer as much as possible simultaneously (the principle of Lantern Festival), which is an improvement The key to batch uniformity.

　　 (2) The uniformity and moisture of the batch: The mixing time of the mixer is divided into dry mixing time and wet mixing time. These two times determine the uniformity of the batch; the water addition time determines the moisture of the batch. Strive for the uniformity of the mixture to reach more than 98%, and the moisture content of the mixture is controlled within 4-5% (discharge port of the mixer).

　　7. The bottom temperature of the furnace is an important indicator, and its changes must be strictly controlled during normal production. The stability of the bottom temperature is the basis for stable production and the basis for us to adjust all process parameters.

　　 8. The control of the glass liquid level: When automatically controlling the feeding, the glass liquid level is required to be stable within the standard height ±1.0mm; when manual operation is used, the glass liquid level is allowed to fluctuate within the standard height ±1.5mm. When a special situation causes the glass level to drop to catch up with the liquid level, it is required to execute at a speed of 0.5mm/hour (if the decrease is large, it depends on the situation). At the same time, the stockpile shall not exceed 2/3 of the furnace length and be evenly distributed, and the bubble boundary shall be stable near the upper part of the kiln sill.

　　9. Control of the discharge capacity of the kiln: During normal production, the change of the discharge volume of the kiln is stable within <2%. When changing the product, the number of machines must be adjusted to keep the increase and decrease of the discharge volume stable. If the weight of the products to be replaced is very different, some preparatory work and response plans need to be done in advance. Whether the bottle production is stopped or changed, it must be communicated in advance. If you want to stop, stop and start as you want, it is never allowed! There must also be a plan to increase or decrease the speed of the aircraft. It is very important to maintain the basic stability of the output of the kiln.

　　10. Kiln pressure control: When the system is under normal automatic control, it is required to control the kiln pressure change near the pressure measuring point within the range of ±3Pa (except during reversing). When using manual operation, the kiln pressure near the pressure measuring point is allowed to fluctuate within ±5Pa. Prevent the kiln pressure from fluctuating too much.

　　 Fourth, conclusion

The above adjustments and precautions are based on the author's experience in practice when researching to improve the impact strength of beer bottles for process improvement for many years. They are basically around the clarification and homogenization of the glass liquid on the basis of the original process. Improvement, in summary, is to maintain "uniformity and stability" as a whole. One of its purposes is to improve the impact strength of beer bottles. In actual production, it is hoped to judge and adopt according to the circumstances. It can be regarded as a "throwing bricks to attract jade".