Macho Máquina BSW 3/16"-24 OSG 290/2 - DIN 2182 - HSSE - Canal Helicoidal

<p data-end="77" data-start="0"><strong data-end="77" data-start="0">Macho M&aacute;quina BSW 3/16&quot;-24 OSG 290/2 - DIN 2182 - HSSE - Canal Helicoidal</strong></p> <p data-end="436" data-start="79">O Macho M&aacute;quina BSW 3/16&quot;-24 da OSG, linha 290/2, &eacute; indicado para rosqueamento interno no padr&atilde;o Whitworth Grossa (BSW) com alta precis&atilde;o e excelente evacua&ccedil;&atilde;o de cavacos. Possui geometria SFT (canal helicoidal), ideal para furos cegos e materiais de cavaco longo, garantindo maior estabilidade e seguran&ccedil;a no processo.</p> <p data-end="464" data-start="438"><strong data-end="464" data-start="438">Diferenciais do modelo</strong></p> <ul data-end="702" data-start="465"> <li data-end="516" data-section-id="12ys3ic" data-start="465">Geometria SFT (canal helicoidal) para furo cego</li> <li data-end="561" data-section-id="k9lnti" data-start="517">Excelente evacua&ccedil;&atilde;o de cavacos para tr&aacute;s</li> <li data-end="604" data-section-id="17bant" data-start="562">Alto controle dimensional e acabamento</li> <li data-end="653" data-section-id="105wo4n" data-start="605">Maior seguran&ccedil;a em materiais de cavaco longo</li> <li data-end="702" data-section-id="jyyq5f" data-start="654">Alta resist&ecirc;ncia ao desgaste em uso cont&iacute;nuo</li> </ul> <p data-end="732" data-start="704"><strong data-end="732" data-start="704">Caracter&iacute;sticas t&eacute;cnicas</strong></p> <ul data-end="975" data-start="733"> <li data-end="752" data-section-id="1kxv1on" data-start="733">Norma: DIN 2182</li> <li data-end="796" data-section-id="bx063t" data-start="753">Rosca: BSW (British Standard Whitworth)</li> <li data-end="817" data-section-id="y3oc2o" data-start="797">Medida: 3/16&quot;-24</li> <li data-end="839" data-section-id="nlnso5" data-start="818">Di&acirc;metro: 4,76 mm</li> <li data-end="863" data-section-id="1via5bq" data-start="840">Tipo: Macho m&aacute;quina</li> <li data-end="901" data-section-id="1jfw60s" data-start="864">Geometria: Canal helicoidal (SFT)</li> <li data-end="920" data-section-id="17jw22c" data-start="902">Material: HSSE</li> <li data-end="945" data-section-id="115inxr" data-start="921">Aplica&ccedil;&atilde;o: Furo cego</li> <li data-end="975" data-section-id="10i623e" data-start="946">Sentido de corte: Direito</li> </ul> <p data-end="1003" data-start="977"><strong data-end="1003" data-start="977">Vantagens na aplica&ccedil;&atilde;o</strong></p> <ul data-end="1177" data-start="1004"> <li data-end="1048" data-section-id="ce559q" data-start="1004">Evita ac&uacute;mulo de cavaco no fundo do furo</li> <li data-end="1088" data-section-id="1mc0t85" data-start="1049">Reduz risco de quebra da ferramenta</li> <li data-end="1122" data-section-id="faw2l1" data-start="1089">Excelente acabamento de rosca</li> <li data-end="1177" data-section-id="556rls" data-start="1123">Compat&iacute;vel com rosqueadeiras e centros de usinagem</li> </ul> <p data-end="1203" data-start="1179"><strong data-end="1203" data-start="1179">Aplica&ccedil;&otilde;es indicadas</strong></p> <ul data-end="1356" data-start="1204"> <li data-end="1235" data-section-id="1fpc762" data-start="1204">A&ccedil;os carbono e a&ccedil;os ligados</li> <li data-end="1269" data-section-id="z450iq" data-start="1236">Alum&iacute;nio e ligas n&atilde;o ferrosas</li> <li data-end="1295" data-section-id="fweag3" data-start="1270">Bronze, cobre e lat&atilde;o</li> <li data-end="1356" data-section-id="1luezm6" data-start="1296">Ferro fundido d&uacute;ctil</li> </ul> <p data-end="1583" data-start="1358"><strong data-end="1382" data-start="1358">Por que escolher OSG</strong><br /> A OSG &eacute; refer&ecirc;ncia mundial em ferramentas de rosqueamento, oferecendo precis&atilde;o, durabilidade e desempenho industrial comprovado.</p> <p data-end="1674" data-start="1585"><strong data-end="1608" data-start="1585">Santech Ferramentas</strong><br data-end="1611" data-start="1608" /> A ferramenta certa, na hora certa, com quem entende do assunto.</p>