JYX-1700C Glass Washing Machine Shipped to Russia: Opening a New Chapter in Cross-border Cooperation
Recently, the JYX-1700C glass washing machine with outstanding performance has been officially shipped to Russia, injecting new vitality into the local glass processing industry and marking another successful cross-border cooperation in the international glass processing equipment field.
This JYX-1700C glass washing machine is precisely positioned and specially designed for the glass cleaning processes before tempering, after edging, and before screen printing. Whether it is to meet the high-strength processing requirements of architectural glass or to adapt to the fine surface treatment requirements of emerging fields such as solar glass, it demonstrates unparalleled professionalism.
Its structural design is ingenious. Adopting an aluminum alloy assembled structure not only ensures that the machine will never be scrapped and has an almost permanent service life but also achieves a perfect balance between stability and portability. The remaining structural parts are treated with top-grade powder coating technology. Compared with traditional paint, this coating greatly improves the corrosion resistance of the machine surface, making it fearless of Russia's complex and changeable climate conditions. Whether it is in severe cold, intense heat, or high-humidity areas, it can always remain as new and operate stably.
When it comes to key transmission components, the JYX-1700C is unambiguous. All rubber transmission rollers use vulcanized rubber paired with SS304 stainless steel shafts. This not only guarantees the smooth and precise transmission of glass but also effectively avoids the risk of damage when in contact with acidic liquids due to the excellent corrosion resistance of the stainless steel shafts, laying a solid foundation for long-term, high-intensity production operations.
The washing section and other parts in contact with water are all made of stainless steel. This material selection not only ensures the durability of the equipment in a humid environment but also fundamentally eliminates the potential impact of rust and corrosion on the washing effect, guaranteeing that each piece of glass can complete the washing process in a pure and hygienic environment.
The convenient design of the washing and drying sections is a major highlight. The two can be lifted as a whole up to 350mm. This innovative design brings great convenience to daily cleaning and maintenance work. Operators can easily carry out in-depth cleaning and inspection of the equipment interior without complex tools or cumbersome procedures, greatly shortening downtime for maintenance and improving production efficiency.
In terms of the washing function, the JYX-1700C is equipped with three pairs of brushes with a diameter of 160mm and SS304 shafts. Whether it is high-end products like Low-E glass, which has extremely high surface requirements, or ordinary coated and solar coated glass, they can all be refreshed under its gentle and efficient scrubbing, with the surface intact and the original optical and physical properties of the glass perfectly preserved.
The drying stage is equally excellent. Two pairs of air knife combinations made of stainless steel and aluminum blow out strong airflows, combined with the built-in air heating system to achieve a rapid and thorough drying effect. The blower is meticulously designed, with an air filter installed at the air inlet to ensure that the incoming air is pure and free of impurities. The large airflow combined with efficient heating provides an outstanding drying effect. The entire blower is ingeniously installed on the top of the machine to save precious space and can be lifted together with the washing and drying sections for convenient maintenance. The air filter on the side only needs to be cleaned once every 7 days to continuously ensure a good filtering effect and provide strong support for stable operation.
The drive system is another core advantage of the JYX-1700C. The main drive adopts gear transmission, combined with frequency conversion speed control and digital display technology, accurately controlling the operating rhythm. The brush rollers in the washing section are driven by upper and lower independent motors through belts. With the help of the automatically adjusted pulley design, without the need for a tension pulley, it not only realizes flexible rotation of the brushes, high-precision cleaning but also ensures stable rotation speed and extends the service life of the brushes. Even special glass that requires extremely high cleaning quality can be easily handled.
In terms of operation, the mechanical buttons combined with digital display are simple, intuitive, and easy to use. By connecting the frequency conversion device, it can also achieve linkage with other equipment, allowing external equipment to easily control the speed of the washing machine and perfectly integrate into modern glass processing production lines to meet diverse production process requirements.
In addition, the water tanks of the machine adopt a movable side-mounted design, making water changing, cleaning, and inspection seamless and convenient, further optimizing the cleaning effect and ensuring that the water quality remains pure, providing a stable and reliable water source guarantee for glass washing.
The successful shipment of the JYX-1700C glass washing machine to Russia is a victory of technology and quality, as well as the fruit of international cooperation. It carries the manufacturer's beautiful vision for the upgrading of the global glass processing industry. It is believed that in Russia, it will help local enterprises improve production efficiency, optimize product quality, and open a new glorious chapter in the glass processing field, and set an exemplary benchmark for more future international cooperation.
As the freight vehicle loaded with the JYX-1700C slowly sets off and heads for Russia, we jointly look forward to its brilliant performance in a foreign land and the continuation of the legend in the glass processing equipment field.