Brass bars are usually composed of copper and zinc. Generally, the amount of copper is between 55 and 95 percent, while the zinc content is between 5 and 40 percent. Depending on the particular alloy, trace amounts of other metals such as manganese, lead, or tin may be added to enhance specific characteristics like strength or durability. The type of brass bar chosen depends upon its purpose; some are designed to be strong and machinable, while others are more malleable with higher corrosion resistance. Regardless of composition, all brass metal bars share many properties in common; they resist electrical current, have good wear resistance, demonstrate excellent thermal and acoustic properties, and can readily be soldered or brazed together.
Brass bars are among the most useful and widely used metals in construction, craftsmanship, and even the automotive industry. These strong, durable metal bars are ideal for many uses due to their low friction and high corrosion resistance. They also remain stable at very high temperatures, while remaining malleable enough to be machined or cut into precisely required shapes. Whatever the intended use may be, solid brass bars are reliable, making them an excellent choice for a variety of tasks. Whether the goal is to create an intricate decorative welding project or make a long-lasting frame for industrial machinery, brass bars are up for the challenge. With these versatile and dependable properties, it is no surprise that brass is trusted by so many builders and artisans alike.
Ans: Brass bar Start From Rs. 450/Kilogram To Rs. 500/Kilogram.
The HSN code for brass bars is 740721.
Brass is an alloy of copper and zinc, while bronze is copper and tin. Both metals are strong, corrosion-resistant, and long-lasting. However, brass is golden, while bronze has a brownish tint.
Brass bars can be produced in many different grades, including 360 Brass (also known as Free-Cutting Brass), 655 Half Hard Brass, 836 Lead-Free Brass, 834 Naval Brass and 815 Red Brass.
Brass bars have various applications across various industries, including automotive, construction, decoration and musical instrument manufacturing. They are also commonly used to make ornamental items such as door handles, signs and monuments due to their excellent finish ability and malleability properties.
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