MECHANICAL WEAR-RESISTANT BRASS SOLUTIONS

It is a yellow alloy obtained by combining brass, copper and zinc in certain proportions. Thanks to its aesthetic appearance, durability and workability, it is preferred in many industrial and decorative applications. In addition to zinc, elements such as tin, lead, nickel, manganese, iron, aluminum, arsenic, antimony and phosphorus can also be found in the composition of rice. These elements change the properties of rice, making it suitable for different areas of use.

Features:
Malleability: Brass can be produced in different types, suitable for cold or hot processing, depending on the copper ratio.
Durability: It has a hard and durable structure, which makes it long-lasting against mechanical wear.
Easy Workability: Alpha brass, in particular, is used in the production of products such as bolts, pins and screws thanks to its superior cold workability properties.
Aesthetic Appearance: Bright yellow color allows it to be used for decorative purposes.
Types and Areas of Use:
Alpha Brass: This type, which contains over 62% copper, is widely used in the production of fasteners such as screws, bolts and pins due to its ductile structure.
Beta Brass: Less ductile but durable, this type is preferred in the manufacture of products that require durability, such as tap valves, door handles and window handles.
White Brass: This type, which contains less than 55% copper, is used in brazing operations by pulverizing.
Advantages:
Corrosion Resistance: Brass shows resistance to corrosion even in humid and harsh conditions.
Aesthetic and Functional: It is a suitable material for both decorative and industrial uses.
Versatility: Products with different properties can be produced by changing the alloy ratios.
Brass combines mechanical durability and aesthetics and offers a wide range of uses from industrial production to home Decking. Thanks to its durability and workability, it is an indispensable material in engineering and design applications.