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Recycle Your Trim Waste On Extruder It Self
The Trim Grinder is a tool employed in plastic converting machine testing for recycling trim waste directly on the extruder. It efficiently grinds and processes the trim waste, allowing it to be reintroduced into the extrusion process, minimizing waste and maximizing material utilization.
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Hopper Magnet
The Hopper Magnet is a crucial component in plastic converting machine testing. It is placed in the hopper or feeding system to capture and remove metal contaminants from the plastic materials, ensuring product quality, equipment protection, and preventing potential damage during the converting process.
Mechanical Shaft
The Mechanical Shaft is a vital component in plastic converting machine testing. It provides a secure and adjustable connection between the machine and various components like rollers or blades, facilitating smooth and precise movements, ensuring accurate and efficient processing of plastic materials.
Corona Treater
The Corona Treater is a key component in extrusion machines. It operates within a width range of 500mm to 2300mm and utilizes pneumatic operation along with the latest IGBT technology system. It enhances surface tension on plastic films, enabling better adhesion of inks, coatings, and adhesives for improved printability and product quality.
Cooling Tower
The Cooling Tower is a crucial element in extrusion machines. It is part of the cooling water plant, responsible for dissipating heat from the water used in the machine, ensuring optimal temperature control and preventing overheating during the converting operations. It promotes efficient and consistent cooling performance.
Trim Grinder
The Trim Grinder is a tool employed for recycling trim waste directly on the extruder. It efficiently grinds and processes the trim waste, allowing it to be reintroduced into the extrusion process, minimizing waste and maximizing material utilization.
Air Rings
Air Rings are components used in extrusion machines to enhance output in both monolayer and multilayer production. They provide controlled and uniform air flow to cool and shape the extruded plastic, resulting in improved product quality, increased production speed, and higher overall output.