batte melt pump

Doulbe column hydraulic continuous screen changer

Dual-Piston Screen Changer (also known as Dual-Piston Large Filter Cartridge / Dual-Piston Screen Changer) serves as the core equipment for melt filtration and non-stop alternating screen changes in plastic/chemical extrusion production lines. It is particularly suited for high-capacity operations with high impurity levels (such as recycled materials). Structure: Dual parallel pistons + dual independent filter cartridge/screen units, hydraulic servo drive system, rigid seals, material feed venti

Double plate continuous screen changer for plastic extruder

The dual-plate screen changer serves as the core melt filtration and continuous production unit in plastic extrusion lines. Featuring a dual-plate, dual-channel design with independent dual-station filtration, it employs hydraulic drive for non-stop screen changes. This configuration balances large filtration area, minimal pressure fluctuations, and high production stability, making it the mainstream choice for mid-to-high-end extrusion lines demanding high continuity. Core Structure and Working

Hydraulic Screen Changer Standard Configuration and Customization Selection Guide

As the core equipment of melt filtration systems, hydraulic screen changers require complete system configurations to meet stable, efficient, and precise filtration and screen change demands. The standard configuration comprises three core components: I. Standard Core Configuration (Three Core Components) A high-performance hydraulic screen changer system includes the following three core components as standard equipment. These components work in concert to ensure smooth and controllable filtrat

Why add a screen changer to an extrusion system?

In the extrusion production of plastics, rubber, synthetic fibers, and other materials, the efficient and stable operation of the system directly impacts product quality and production efficiency. However, actual production often faces the following core issues: Risk of Contamination Raw materials may contain impurities such as metal shavings (e.g., aluminum foil, copper wire), sand, wood chips, or degraded additives. Recycled plastic materials, in particular, harbor more complex contaminants. I

Two Core Screen-Changing Control Methods for Belt-Type Automatic Screen Changers

As a critical filtration device in polymer extrusion molding, the screen-changing control method of belt-type automatic screen changers directly determines filtration precision, production stability, and material loss. Among these, pressure-triggered and time-triggered modes are the two most widely applied core control approaches, each suited to different process requirements. Below is a detailed professional analysis. Pressure-triggered control operates as a dynamic adaptive mode based on melt

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Batte is a professional screen changer manufacturer, supplying screen changer, especially screen changer for extrusion mould