Advantages of Horizontal Glass Washing machine

     Horizontal glass washing machines play an important role in the glass processing industry due to their unique design and technological advantages. This equipment not only improves cleaning efficiency, but also ensures the quality and safety of the glass in subsequent processing or use. Here are a few key advantages of horizontal glass washing machines:

1. Efficient cleaning capacity

• Suitable for different sizes and thicknesses: covering a wide range of types from small lens glass to large tempered glass.

• One-time completion of cleaning: the machine adopts a circulating water system, which can complete the glass cleaning in one process, greatly improving the working efficiency.

2.Durable material construction

• National standard square tube skeleton: National standard square tube skeleton and horizontal horizontal structure are adopted to ensure the stability and durability of the machine.

• High-temperature, acid and alkali resistant materials: The conveyor stick, brush stick and sponge stick are made of high-temperature, acid and alkali resistant materials, which prolongs the service life and maintains good performance even in harsh environments.

3.Advanced drying system

• Centrifugal fan: The use of centrifugal fans, with low volume and high airflow, enables rapid drying of the glass surface after cleaning.

• High-temperature drying system: High-temperature drying system ensures that the surface temperature of the glass reaches 30-50° after cleaning, which effectively improves the drying efficiency and quality.

4.Safety and environmental protection

• Automatic operation monitoring: During the automatic operation of the washing machine, it is necessary for the operator to be present to monitor the machine in order to prevent accidents from happening, which increases the safety of the operation.

• Recycled water system: Recycled water cleaning not only improves the utilisation of water resources, but also reduces the pollution to the environment, which is in line with the current environmental protection requirements.

5. Humanised design and easy operation

• Dense drum design: the design of dense drum makes the processing area range large, easy to operate, and can easily handle a large number of glass cleaning tasks.

• Easy to operate: the overall design of the horizontal glass washing machine takes into account the convenience of operation, so that even operators without professional skills can quickly get started.

6. Energy saving and emission reduction

• Low-temperature drying technology: Adoption of advanced low-temperature drying technology not only saves energy, but also reduces possible thermal damage to the glass and ensures the cleaning quality of the glass.

• Optimised cleaning process: By optimising the cleaning process, unnecessary energy consumption is reduced, achieving the goal of energy saving and emission reduction.

     And the horizontal design enables the machine to run more stably. Compared with the traditional vertical washing machine, the horizontal glass washing machine operates with less vibration and lower noise, which not only improves the working efficiency, but also reduces the interference with the operating environment. Secondly, this design also contributes to improved cleaning quality. As the glass enters the machine in a horizontal way, it can ensure that the cleaning solution evenly covers the glass surface, thus achieving better cleaning effect.

     To sum up, horizontal glass washing machine occupies an important position in the glass processing industry with its advantages of high efficient cleaning capacity, flexible operation performance, durable material construction, advanced drying system, safety and environmental protection features, humanised design and easy operation. These advantages not only improve production efficiency and reduce costs, but also ensure product quality and meet the needs of modern industrial production. When selecting and using horizontal glass washing machine, its features and advantages should be fully considered to achieve optimal production results.