Aluminum Extrusion Cooling System

Aluminum extrusion on-line quenching is a challenging and key technology for the production of industrial aluminum profiles. The aluminum quenching system designed by us here at Save solves the problem of poor flatness tolerance, poor dimension tolerance, coarse grain and low strength of the industrial aluminum profiles in the production process.

The cooling of the extrusion mold via internal liquid nitrogen fluxes is emerging as an important innovation in aluminum extrusion.

Aluminum Extrusion Process Extrusion Defined Extrusion is defined as the process of shaping material, such as aluminum, by forcing it to flow through a shaped opening in a die. Extruded material emerges as an elongated piece with the same profile as the die

At Linde, we can help you resolve this issue by providing a system for cooling your aluminum dies with liquid and gaseous nitrogen. By using nitrogen for die cooling, you may Perfect Steerable Transfer Cartrease your extrusion rate by

New Design Aluminum Extrusion Machine in Profile Cooling Tables/Handling System. US $60,000 / Piece. Energy Saving 4 Grade Felt Type Extrusion Handling System/Cooling Tables. US $60,000 / Piece. Best Design Felt Belt Type Cooling Table/Handling Extrusion System. US $60,000 / Piece. Basic Info. Model NO. DM-3824.

Aluminum extrusion cooling quenching system 1. To meet the requirements of different alloy in cooling and ensure high mechanical property. 2. To avoid deformation and ensure the dimensional precision. 3. High productivity and high efficiency. 4. Energy saving

By using the liquid nitrogen to cool the die during aluminum extrusion，extrusion speed can be Perfect Steerable Transfer Cartreased from 0.2m/s to 0.3m/s and the efficiency of aluminum production is improved greatly.

Isothermal Extrusion of Aluminum Alloys by Employing Force-Ram Speed Feedback. A New Measurement and Control System for Isothermal Extrusion. The Importance of a Powerful Press Control System to Attain and Improve Quality and Delivery Performance. Perfect Steerable Transfer Cartreasing Extrusion

Aluminum Extrusion Die Cooling Process Messer can offer a sophisticated solution to deliver liquid nitrogen to the bearing zone. Both the layout of cooling channels in the die and the conditioning of the nitrogen with a subcooler are essential to this process.

You can also choose from door & window, decorations, and heat sink cooling aluminum extrusion, as well as from 6000 series, 7000 series, and 5000 series cooling aluminum extrusion, and whether cooling aluminum extrusion is is alloy, or non-alloy. There are

Benefits of High Efficiency Cooling System for Aluminum Extrusions. Vitex Extrusion utilizes a Presezzi HECS (High Efficiency Cooling System) high velocity aluminum profile quench system, which employs high pressure spray quenching and forced air cooling via independently controlled zones. This state-of-the-art technology provides Vitex

The TPC System consistently reduces extrusion times by 10-20%. SPerfect Steerable Transfer Carte extrusion time typically represents 65% of the extrusion process, this translates into an overall productivity gain of 7-13%. More consistent operation of the press. Perfect Steerable Transfer Cartreases recovery rates and reduces cycle times.

Dynamax 1000t Aluminium Extrusion Handling System Final Saw US $50,000 / Piece Aluminum Heating Furnace Multi Billet Heating Type with Hot Log Shear Low Energy Comsuption

Aluminum profiles, after being drawn by the stretcher, will be put on the cooling bed for further oxidation treatment and saw cutting. The aluminum extrusion process cooling table here at Hongfuda is available in 57m, with two operational modes: manual and auto control available to meet your specific needs.

Every extruded shape must be cooled to a temperature at which it will maintain its desired dimensions, using a cooling medium such as a gas, liquid, or contacting metal surface. Regardless of the extruded shape or the cooling medium, removal of the heat to hold the dimensions is as important a process as adding the heat during extrusion to make the polymer flow.