Heavy Duty Double Compression applies two stages of pressure to compress tough waste materials into highly dense bales. This process ensures efficient storage and transport, reducing handling costs. Designed for durability, it is perfect for managing large volumes of heavy waste materials.

Triple Compression applies three stages of pressure to maximize bale density, ensuring more compact and tightly bound materials. This feature is ideal for handling large volumes of waste, enhancing storage and transport efficiency. The Jumbo size bales are designed to minimize handling costs and improve overall waste management.

The Cabin Type Goods Lift design ensures safe and efficient operation with easy access. Triple compression maximizes bale density, ideal for large volumes of scrap. The Jumbo size improves storage and transport efficiency.

A goods lift with two side openings allows easy loading and unloading from both sides, improving operational efficiency. It is ideal for busy warehouses and factories handling large volumes of materials. Built for durability and safety, it ensures smooth and flexible vertical transport of goods.

The Waste Paper Baling Machine is designed to compress large volumes of paper waste into compact, manageable bales. It helps reduce storage space, simplifies handling, and supports efficient recycling. Widely used in printing presses, packaging units, and recycling industries.

The Double Chamber Vertical Baling Press is designed for high-efficiency waste management, allowing simultaneous loading and baling in two separate chambers. This setup increases productivity by reducing downtime between cycles. Ideal for recycling centers and industries handling large volumes of materials like cardboard, plastic, and textiles.

The Aluminum Can Baler is a specialized press machine designed for efficient recycling of used aluminum cans. It compresses large volumes of loose cans into compact, dense bales, making storage, handling, and transportation more convenient and cost-effective. Ideal for recycling centers, scrap yards, and manufacturing facilities, this machine helps reduce waste volume, supports eco-friendly operations, and promotes sustainable metal reuse. Built with durable components and user-friendly controls, the aluminum can baler ensures reliable performance and long service life in demanding recycling environments.

They are suitable for pumping low viscosity fluids. These pumps improve flow rate by reducing the internal mechanical losses and damping. An electric motor is coupled to the pump rotor to create a rotary motion. As the rotor rotates, the fluid enters the pump. This fluid flows into the hydraulic vane pump chambers. The volume of the vane chambers at the inlet sections is larger than that at the outlet section of the pump. The decrease in volume helps the fluid to develop a high pressure as it exits the pump. As the rotor rotates, the pump vanes tend to move outwards. This is due to the centrifugal force and the symmetrical shape of the pump casing. In the inlet, the vanes create a vacuum, causing a pressure difference thus, it draws fluid into the pump.

Plunger pumps can be found as reliable high-pressure pumps in many industrial applications. Displacement pumps are suitable for small or large flow rates and achieve different pressure levels. Can handle much fluid pressure.