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By Linde
Cooling of hot spots in injection molds with carbon dioxide. Manufacturers of injection-molded plastic parts face two key challenged. On the one hand, expectations surrounding surface quality and performance of molded parts are rising. And, on the other, productivity pressures are growing as... Read more »
By Linde
Enhanced gas injection molding solutions. We have many years of experience in innovative gas-enabled development and delivery tailored to the needs of the plastics industry. Addressing the process challenges of both injection molding and foaming applications, our end-to-end offering extends... Read more »
By Linde
Linde's PLASTINUM Foam Injection Molding technology combines the benefits of simple chemical foaming with the efficiency gains of physical foaming. The plastic granulate is impregnated with the blowing agent carbon dioxide (CO2) in a pressure vessel (autoclave) upstream of the injection molding... Read more »
By Linde
Linde PLASTINUM Gas Injection Molding: Enhanced gas injection molding
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By Linde
Linde PLASTINUM Technologies Overview:
Innovative Gas Applications for the Plastics Industry
Industrial gases play an indispensable role in a number of process steps in plastics manufacturing. They are used, for instance, as a blowing agent for extrusion and polyurethane foaming, as a pressure...
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By Linde
Advanced temperature control of injection molds with carbon dioxide.
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