ISSN 2594-5297
51º Seminário de Laminação - Processos e Produtos Laminados e Revestidos - Internacional — vol. 51, num.51 (2014)
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Spraying Systems Co® has continued to develop and evolve descale nozzles through the years. The most recent addition to the descale nozzle line, the DescaleJet® Pro, provides more impact and a more uniform distribution than previous descale nozzles. The improved performance has been achieved through multiple design changes such as a smoother approach, updated vane design and improved carbide orifice. In addition to providing improved spray performance the nozzle also lasts longer than previous versions. The new technology has been thoroughly tested in the lab using impact measurements and accelerated wear testing. In addition to lab testing the nozzle has provided improved performance and longer wear life for those that have made the change to the new technology. The new nozzle technology and the benefits to the rolling mill will be discussed.
Spraying Systems Co® has continued to develop and evolve descale nozzles through the years. The most recent addition to the descale nozzle line, the DescaleJet® Pro, provides more impact and a more uniform distribution than previous descale nozzles. The improved performance has been achieved through multiple design changes such as a smoother approach, updated vane design and improved carbide orifice. In addition to providing improved spray performance the nozzle also lasts longer than previous versions. The new technology has been thoroughly tested in the lab using impact measurements and accelerated wear testing. In addition to lab testing the nozzle has provided improved performance and longer wear life for those that have made the change to the new technology. The new nozzle technology and the benefits to the rolling mill will be discussed.
Palavras-chave
Descale; Rolling mill; Impact
Descale; Rolling mill; Impact
Como citar
Lesli Peterson;
Christy Hofherr.
IMPROVING DESCALE PERFORMANCE WITH THE DESCALEJET® PRO
,
p. 3569-3575.
In: 51º Seminário de Laminação - Processos e Produtos Laminados e Revestidos - Internacional,
Foz do Iguaçu - Brasil,
2014.
ISSN: 2594-5297
, DOI 10.5151/1983-4764-25833
