PRINCIPLES OF OPERATION:
Molds are used to form a material into a specific shape or design. In a typical molding process, a material like plastic or carbon is introduced into a cavity the shape of the final piece. This cavity is heated via hot fluid flowing through paths in the mold. Keeping the mold hot allows the material to flow and form. Pressure is applied to squeeze out air and to push the material into any small, detailed areas of the mold. The shape is held for a period of time, sometimes cooled, then released, the part is ejected and it moves on to the next phase of the process.
APPLICATIONS:
Processes that shape different materials use molds. In the plastics industry for example, toys, plates, buckets, bottles, and even furniture are formed by molds. Other materials such as foam, clay and ceramics, textiles, and metals are formed into shape using molds.
For help in sizing/manufacturing a heat transfer system for use in this application, please visit our website at [ Ссылка ] or contact us at 412-276-3388
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HEAT EXCHANGE AND TRANSFER, INC. (HEAT) specializes in the design and manufacturing of industrial heating systems and thermal fluid transfer systems. For over 50 years, HEAT has been providing precision temperature control for industrial process equipment such as presses, rolls, dryers, ovens, jacketed reactor vessels, extruders, tanks, exchangers, autoclaves, and jacketed line tracing.
HEAT manufactures both pre-engineered and custom-engineered heat transfer systems that are used in nearly every industry and application. We also maintain a diverse fleet of rental equipment for temporary solutions and offer a variety of aftermarket products and services to keep industrial processes maintained and performing like new. With a focus on Safe Reliable Performance, HEAT equipment is designed and manufactured to perform safely and reliably for years to come.
For more heat transfer system maintenance training and info, visit us at [ Ссылка ]
