Because we offer High-Quality Certified Brass Bars for Machining & Industrial Manufacturing
MaterialsNest distributes high-quality brass bars designed for precision machining, CNC turning, and industrial manufacturing. Available in round, hexagonal, and square bars, our brass products are supplied as reliable raw material for manufacturers who require consistent performance, tight tolerances, and certified alloy compliance.
Our product range includes leaded brass alloys, lead-free brass alloys, and dezincification-resistant (DZR) brass, all produced to European (EN CW) and U.S. (ASTM / UNS C-series) standards, ensuring full traceability, consistent chemical composition, and global acceptance.
Brass Bars for the Machining Industry
Brass is widely used in machining due to its excellent machinability, reduced tool wear, clean chip formation, corrosion resistance, and superior surface finish. These properties make brass bars ideal for high-speed CNC machining, screw machine operations, and precision manufacturing.
Visit our Shop with Certified Brass Alloys Bars:
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Leaded Brass Alloys (CW601N, CW603N / C36000, CW614N / C38500, CW617N / C38000):
Optimized for high machinability and productivity, commonly used in fittings, valves, connectors, and precision components. -
Lead-Free Brass Alloys (CW509L, CW510L, CW511L, CW724R / C69300):
Designed to meet RoHS, REACH, and low-lead regulations, ideal for plumbing, potable water systems, food equipment, and sanitary applications. -
Dezincification-Resistant Brass (DZR) (CW602N, CW625N, CW626N):
Engineered for water exposure and corrosive environments, extending service life in plumbing, infrastructure, and industrial fluid systems.
Industries Served
Our certified brass bars support manufacturers across:
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Machining and CNC shops
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Automotive and mechanical manufacturing
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Plumbing, HVAC, and water systems
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Electrical and industrial equipment
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Food, beverage, and sanitary applications
By supplying certified brass bars built to international standards, we help manufacturers improve machining efficiency, meet regulatory requirements, and produce durable, high-quality components with confidence.
