Aerospace manufacturers are turning to flexible hones and abrasive brushes to improve surface condition of components made of stainless steel, Hasteloy, Monel, and Inconel, along with titanium and aluminum alloys. <\/p>\n
Los Angeles, CA (PRWEB) <\/p>\n
Aerospace manufacturers are turning to Brush Research Manufacturing (BRM) forflexible honesthat improve the surface condition of aircraft and aerospace components made of metals such as aerospace stainless steels; Hasteloy, Monel, and Inconel, and titanium and aluminum alloys. <\/p>\n
Jet engine builders and aviation MROs also use Brush Research Manufacturings unique Flex-Hone tool for applications such as through-hole edge rounding, chamfer blending, automated cutting, deburring, edge breaking, and rust removal. Brush Research also provides industrial abrasive brushes for aircraft parts deburring and surface conditioning after machining or grinding. <\/p>\n
The Flex-Hone for Aerospace Metals and Space Age Alloys The aerospace industry uses the flexible hone from Brush Research Manufacturing to cut and surface aerospace materials and space age alloys, lightweight metals used in aircraft components such as rotating engine parts, landing gear equipment, helicopter rotor drive shafts, and hydraulic control mechanisms. These alloys are often hard-to-machine, and require a cutting and finishing tool with a consistent geometry and long life. For high-quality surface finishing at precise tolerances, the aircraft industry chooses theflexible hone. <\/p>\n
Available in a variety of abrasive types and grit sizes, the Flex-Hone tool uses a low-temperature, low-pressure abrading process to produce a plateau surface finish thats metallurgically free of cut, torn, and folded metal. <\/p>\n
Brush Research Manufacturings Diamond Flex-Hone is specially designed for deburring, edge blending, and surface finishing hard materials such as carbides, ceramics, and aerospace steel alloys. Available in different mesh sizes, the Diamond Flex-Hone features resin bond diamond crystals with high-friability for self-sharpening edges. To aid heat dissipation and improve bond retention, diamond honing tools from Brush Research are made with coated nickel abrasive. <\/p>\n
NamPower Aircraft and Aerospace Brushes For surface conditioning and part deburring after machining or grinding, the aerospace industry uses NamPowerabrasive brushes. This high-performance brush tools provide consistent surface finishing of metallic, super alloy, advanced composite, and ceramic parts. NamPower brush tools are also used for blending surface imperfections and inconsistencies, deburring and edge radiusing, and parts cleaning. <\/p>\n
SOURCE: PRWeb <\/p>\n
View original release here: http:\/\/www.prweb.com\/releases\/2013\/2\/prweb10364021.htm<\/a> <\/p>\n <\/p>\n Original post:<\/p>\n Brush Research Manufacturing (BRM) Announces Flexible Hones And Abrasive Brushes For Aircraft And Aerospace Industry<\/a><\/p>\n","protected":false},"excerpt":{"rendered":" Aerospace manufacturers are turning to flexible hones and abrasive brushes to improve surface condition of components made of stainless steel, Hasteloy, Monel, and Inconel, along with titanium and aluminum alloys. Los Angeles, CA (PRWEB) Aerospace manufacturers are turning to Brush Research Manufacturing (BRM) forflexible honesthat improve the surface condition of aircraft and aerospace components made of metals such as aerospace stainless steels; Hasteloy, Monel, and Inconel, and titanium and aluminum alloys. Jet engine builders and aviation MROs also use Brush Research Manufacturings unique Flex-Hone tool for applications such as through-hole edge rounding, chamfer blending, automated cutting, deburring, edge breaking, and rust removal Continue reading