——High-pressure, high-precision molding equipment, empowering industrial and building materials production
1. Product Overview
The powerful pressure output of 1,000 tons of YG1000-ton static press is its core advantage. In the static pressure brick-making operation, it can apply uniform and high-intensity pressure to various brick-making raw materials such as clay, shale, fly ash, etc., making the bricks higher in density and more solid in texture. As an advanced pressing and molding equipment, YG1000-ton static press plays a key role in many industries, especially in the application of static pressure brick-making machines.
2. Product advantages
· Intelligent control, precise pressing: equipped with advanced intelligent control system, it can accurately control parameters such as pressure, pressing speed, stroke, etc. Whether it is standard bricks or bricks of special specifications, parameters can be flexibly set according to production needs to achieve high-precision pressing. Automatic monitoring and feedback functions ensure that the pressing process is stable and reliable, effectively reduce the scrap rate, and improve production efficiency.
· Energy saving and environmental protection, economical choice: excellent performance in energy saving and environmental protection. The optimized hydraulic system and high-efficiency motor reduce energy consumption, saving about 20% energy compared with traditional equipment. At the same time, the equipment structure is sturdy and durable, and the key components are made of high-quality materials, which prolongs the service life and reduces the maintenance and replacement costs, saving a lot of money for the company in the long run.
· Safe and reliable, easy to operate: focus on safety and easy operation. Multiple safety protection devices, such as overload protection, emergency braking, etc., effectively ensure the safety of operators. The humanized operation interface is simple and easy to understand. Operators can become proficient after short-term training, reducing labor costs and operation risks.
3. Main technical parameters (pictures as follows)
4. Case effect (pictures as follows)