How Effective is the Sealing of the Metal Chips Press

Overall Sealing Structure Design

The sealing performance of the Metal Chips Press is ensured by its scientific overall structural design. Key joints in the machine body utilize an integrated sealing layout, eliminating potential sealing leaks caused by seams.

Both the infeed and discharge areas are equipped with dedicated sealing structures that fit tightly against the main body, forming a complete sealed working chamber.

This effectively prevents material leakage and dust outflow, laying a solid foundation for stable sealing and ensuring a clean working environment throughout the operation.
Quality of Core Sealing Components

The core support for the equipment's sealing performance lies in the use of high-quality sealing components.

Key locations utilize wear-resistant, high-temperature-resistant, and anti-aging specialized seals, suitable for the high-pressure and high-temperature conditions of metal chip pressing, and resistant to deformation and damage.

The seals precisely fit the equipment components, tightly wrapping areas prone to leakage, effectively preventing the leakage of metal chips, hydraulic oil, and dust.

This maintains excellent sealing performance even after long-term use, reducing maintenance frequency and costs.
Actual Working Condition Sealing Performance

In actual working scenarios, its sealing performance is stable and reliable, adapting to various metal chip processing needs.

Whether using fine metal shavings or mixed metal raw materials, there will be no material leakage or dust spillage during the pressing process, and it also effectively prevents hydraulic oil leakage from polluting the working environment.

Even under long-term continuous operation and high-pressure conditions, the sealing structure remains stable, without loosening or leakage, ensuring consistent performance across diverse operational scenarios.
Practical Advantages of Sealing

Good sealing not only ensures a clean working environment but also improves the practicality and service life of the equipment.

It effectively prevents dust and metal shavings from entering the equipment and corroding electrical and transmission components, reducing the equipment failure rate.

It prevents hydraulic oil leakage, reducing raw material and oil waste and lowering operating costs.

At the same time, it prevents material leakage from affecting the quality of the finished product, ensuring the purity of the pressed briquettes and further improving the equipment's operational efficiency and product quality.