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(3364 products available)
CZ121
CZ121 Brass is a highly machinable alloy renowned for its performance in precision engineering. With a dominant lead content, it's often called free-cutting brass because it maintains tool sharpness during the cutting process. Its bright, golden sheen not only enhances aesthetic appeals but also provides excellent corrosion resistance. CZ121 is often used in manufacturing components like gears and fasteners. Its affordable price reflects these properties, making it a preferred choice for industries demanding high-quality, cost-effective materials for intricate machining projects.
CZ108
CZ108 brass is a lead-free alloy primarily composed of copper and zinc. Known for its exceptional machinability, CZ108 is used to produce precise engineering components in various industries. Its corrosion resistance and ability to withstand wear make it suitable for marine and outdoor applications. The alloy's golden hue not only adds to its visual appeal but also signifies durability and strength. CZ108's competitive price often encourages bulk purchases, catering to both small businesses and large manufacturing industries searching for reliable and high-quality materials.
CZ132
CZ132, often recognized as threading brass, is famous for its superb machining capabilities. This alloy, which contains lead for enhanced machinability, is perfect for manufacturing intricate components with high precision. Its strength, corrosion resistance, and easy workability have made it a pillar in industries like automotive and aerospace. CZ132 brass, distinguished by its shiny yellow appearance, has a competitive price range for its quality. This makes it accessible for both large-scale operations and small workshops focusing on high-performance engineering solutions.
CZ70
CZ70, a high-strength brass alloy, contains a significant proportion of zinc and copper, forming a resilient and durable material. Its exceptional strength and corrosion resistance make it a favorite in marine and outdoor applications. Besides, its easy workability allows for quick adaptation into different forms. CZ70 brass rod price reflects the alloy's premium qualities and its growing demand in industries where longevity and resistance to environmental factors are critical. This includes construction and mechanical engineering.
Corrosion resistance
Brass rods exhibit exceptional corrosion resistance, primarily due to the zinc and copper composition within the alloy. Unlike steel and other metals that quickly degrade in moisture or chemical-rich environments, brass withstands the test of time. This quality not only ensures longevity in outdoor or marine applications but also maintains the structural integrity of components used in plumbing systems. Additionally, as the surface oxidizes, it forms a protective layer that prevents further corrosion. This makes brass a reliable choice for low-maintenance needs in a variety of industries.
Machinability
Brass rods are renowned for their exceptional machinability, a characteristic that sets them apart in the realm of metalworking. The easy cutting and shaping of brass, chiefly due to the presence of lead in certain alloys, minimizes tool wear when compared to harder metals like steel. This leads to faster production times and reduced costs. Whether in creating intricate threads for fasteners or crafting detailed components in precision machinery, brass's smooth machining allows for high-quality finishes with minimal effort. This makes it a staple in the automotive, aerospace, and electronic industries.
Thermal and electrical conductivity
Brass rods showcase remarkable levels of thermal and electrical conductivity, primarily owing to their copper content. With around 62% copper in the alloy, brass transfers heat and electricity effortlessly, making it an ideal material in electrical contacts, connectors, and heat exchangers. Unlike stainless steel, brass loses its structural integrity when exposed to extreme temperatures, which is essential in applications like engine components and heating systems. This attribute not only aids in energy efficiency but also enhances performance in systems where heat dissipation is vital. Thus brass is well-regarded in both HVAC and electronic applications.
Aesthetic appeal and malleability
The golden hue of brass, coupled with its outstanding malleability, gives it renowned aesthetic appeal. It can be easily shaped into complex designs without cracking or breaking, making it a favored choice among designers and artisans for intricate decorative items. It is, however, heavier than other metals. Beyond its visual charm, which includes applications in architectural fixtures and musical instruments, brass retains its structural integrity even when reshaped multiple times. This combination of beauty and functional quality ensures that brass remains a top choice for both artistic and practical applications.
Machinery and engineering components
Brass rods are widely used in making precise machinery and engineering components primarily due to their outstanding machinability. Brass cuts easily, allowing for the production of detailed parts, threads, and gears with high precision. Their durability and ability to withstand wear make them fit for high-stress applications. Frequently, components made from brass rods are found in areas where corrosion resistance is vital, such as marine equipment. With its attractive golden tint and sturdy nature, it cements its role as a preferred material in the automotive and aerospace industries for reliable performance.
Plumbing and electrical applications
In plumbing and electrical applications, brass rods are commonly used for fittings, valves, and connectors due to their resistance to corrosion and water. As a part of the alloy, copper and zinc, offers superior durability in pipes and water systems where exposure to moisture is inevitable. Electrical contacts and connectors derive benefit from brass's excellent electrical conductivity, ensuring reliable connections over time. Its long-lasting nature and ability to withstand environmental challenges make it an ideal material in both residential and commercial infrastructures. This solidifies it as a cornerstone in plumbing and electrical systems.
Musical instruments and decorative items
Brass rods are a common choice for making musical instruments, as the alloy provides a rich, warm sound. Instruments like trumpets, trombones, and saxophones benefit from brass's ability to resonate vibrantly while maintaining structural integrity. With its unique golden appearance, brass is also favored in the design world for crafting decorative items such as antique knobs, door handles, and architectural accents. Though less malleable than some softer metals, brass's durability ensures that both functional and decorative pieces stand the test of time, retaining both beauty and performance.
Aerospace and defense applications
In the aerospace and defense sectors, brass rods are trusted for their corrosion resistance and strength especially in extreme weather conditions. Often used in critical applications such as gears, bearings, and high-precision fasteners, brass ensures reliability and longevity with excellent machinability. The ability to withstand wear and tear allows brass components to function efficiently in high-stress environments. This makes it ideal for aircraft and defense machinery. The lightweight yet robust characteristics of brass help in minimizing overall equipment weight without compromising on the strength and durability of essential components.
Brass rod price can be affected by its tolerance
Tolerances play a vital role in the cost of brass rods. Higher tolerance levels imply a more precise manufacturing process, which in turn increases price due to the added machining costs. If minute variations are required for the project, be prepared to pay more. However, if standard tolerances meet the demand adequately, negotiate for the most favorable rate. Always ensure that the tolerance level aligns with the intended application—engineered components may require tighter tolerances, while general use may not need such precision. Striking a balance between tolerance and price ensures both performance and budget compliance.
Consider brass rod plating
Plating can largely influence brass rod prices, making it essential to consider when budgeting for a project. If a brass rod features a layer of plating, it may enhance corrosion resistance or add aesthetic value, which could increase costs. For instance, chrome or nickel plating improves durability and tarnish resistance, potentially extending the life of the rod in challenging environments. However, such enhancements come at an additional cost. Weigh the benefits of the plating against the price; in cases where extended lifespan or appearance are priorities, the investment may be worthwhile to ensure superior performance.
Brass rod size matters
The size of a brass rod directly impacts its price, as larger rods consume more material and production resources. Hence, a wider or longer brass rod will tend to be pricier. Conversely, smaller diameters or shorter lengths are budget-friendly for smaller projects. Assess specific project requirements to determine the optimum size; selecting the correct size avoids wastage of both material and money. In cases where a larger size is unavoidable, aiming for bulk purchase could potentially lead to discounts per unit. Thus, sizing carefully balances performance needs with financial constraints.
Rod patterns influence price
Pattern and shape of the brass rod may also impact its pricing in different ways. Standard rods possess a more economical price, as their straightforward design requires relatively less intensive manufacturing processes. In contrast, specialty patterns or custom profiles intended for specific applications might increase the overall cost due to added labor and expertise. If the project necessitates a unique design for functionality, it may be worth the increased price; however, exploring alternatives with simpler patterns could lead to a more cost-effective solution without compromising quality.
A1: Yes, the price of a brass rod largely depends on its alloy makeup. Brass, primarily admixed of copper and zinc, comes in various alloys tailored for specific uses. Additives like lead for machinability or small quantities of other metals alter the properties of brass. As the type of brass rod price alloy changes so does the cost due to varying material properties, availability, and production processes. Thus, the type of brass rod chosen for a project directly impacts its budget.
A2: Yes, the shape of the brass rod affects its pricing. Basic cylindrical rods are generally more affordable compared to complexly shaped or custom-cut brass pieces. Specialized forms crafted for unique applications may result in higher prices due to additional labor and machining required. Choosing the right shape impacts functional properties, but if budget is a concern, opting for standard shapes over custom designs might yield more cost-effective solutions without sacrificing performance.
A3: The thickness of a brass rod does indeed impact its price, as thicker rods use more material. In turn, thickness influences the rod's strength and application usability. For larger projects demanding robust material, thicker rods are a necessity despite higher costs. For smaller tasks, a thinner rod suffices and proves more budget-friendly. Balancing between project requirements and budget constraints ultimately decides the right thickness for purchase.
A4: Indeed, proper storage is crucial for brass rods to maintain their quality over time. Unlike other metals, brass may tarnish if exposed to damp air or impurities, especially in brass which contains copper. Keep them in a dry, clean environment is necessary to avoid oxidation. Use of protective oil coatings or wrapping in plastic goes a long way in preserving their shine and usability. Storage conditions, therefore, directly affect the rod's performance and appearance, influencing project effectiveness upon retrieval.
