Carbon FibersPress-releases

Harper enhances commercial scale thermal processing capabilities for carbon fiber production

As a specialist in carbon fiber equipment and full line systems, Harper International launches a high-temperature (HT) furnace systems for fiber manufacturing incorporate numerous enhancements to the entrance throat section, including on-line cleaning capabilities.

Harper enhances commercial scale thermal processing capabilities for carbon fiber production

Left untended, debris and filament buildup impedes and disrupts smooth gas flow in a Carbon Fiber HT Furnace, resulting in non-uniform properties across the tow band. The debris needs to be removed periodically during the operation of a fiber production line. Traditional cleaning techniques require reduction of HT furnace temperatures in order to gain access for cleaning, resulting in reduced furnace run times. Harper’s new on-line cleaning system, located in the entrance section, enables cleaning while the furnace is hot, resulting in increased HT Furnace run-time.

In order to prevent exposure of the HT Furnace to an air atmosphere, the on-line cleaning feature is self-contained and sealed with an incorporated nitrogen purge. Additionally, Harper’s on-line cleaning system includes sight-ports that permit the operator to see into the process chamber in order to assess the level and location of the debris. Utilizing the on-line cleaning feature offers Harper HT furnace users improved fiber thermal uniformity and increased furnace utilization.

According to Rebecca Stephenson, Applications Engineer:

“Continuous uniformity across the tow band throughout the entire campaign has never been more achievable than with Harper’s innovative HT online cleaning system”

“Increased fiber quality throughout the whole production campaign is now possible with this solution for removing debris that negatively impacts the velocity uniformity within the HT furnace throat.”

Companies: Harper International

Terms: Business, News Worldwide

This article has been edited by Basalt.Today
This article has been written on JEC Composites Magazine
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