Some homeowners may have ideas about fixing up their bathroom, specifically the shower area. Ideas for this may include adding glass frames to cover the place. Further accentuation may be possible by acquiring a brass channel set.
Brass channels are classified by their cross section shapes that look similar to letters. The most common of these are the C-Channel, J-channel, and the U-channel.
The ductility of brass prompts diversity in its applications, from complex forms of pipework and marine parts to decorative engravings in plaques and artistic items. A metal alloy of combined zinc and copper, brass also has significant tensile strength, good recyclability, good heat conductivity, and high resistance to corrosion.
Though generally having two metal ores, some brasses are produced with added elements to enhance certain features for a particular purpose. There is also actually more copper in brass’s composition than zinc, but the amount varies on the intended use for the metal. An example would be the addition of arsenic and antimony for brass with over 20% zinc to improve its anti-corrosive properties, or the incorporation of iron to decrease its internal grain structure and allow forging.
Metal tubing has a large number of uses for a variety of projects. This tool is very versatile and comes in different materials and forms.
The most common materials used to construct metal tubing include brass, copper, steel, stainless steel, and aluminum. Each of these materials contributes different strengths to the tubing. This makes each material suitable for certain projects.
Naval brass is a sub-type of brass that was originally created for use in maritime applications. This kind of alpha beta brass is well known for its high level of resistance to corrosion and its durability under high-pressure conditions, such as near the bottom of the sea floor. Developed in the early 1900s, naval brass consists of about 33 percent zinc, 65 percent copper, 1 percent tin and trace amounts of lead for additional malleability.
The popularity of copper in architectural applications is on the rise. Coincidentally, there are also studies available about how effective copper surfaces have proven to be in reducing the transmission of infection within hospital settings. These studies show that copper fixtures help protect patients from infections, even very serious ones, and under rather extreme conditions, such as seriously ill patients confined to the ICU.
This combination of style trend plus research may be an opportunity for Architectural designers working on residential and commercial projects to spread good health. Armed with some good design ideas and a copper sheet supplies, designers can use this germ killing metal on surfaces in non-hospital settings, to good effect. Taking a cue from how they were used in medical facilities, the antimicrobial properties of copper can help reduce the transmission of germs when used on high traffic surfaces, such as light switches or stair rails.
Designers can potentially target individuals with health issues or businesses where public health is a concern, such as restaurants, and educate their prospective clients about the health benefits of designing with copper. Alternatively, they can just keep in mind the added health value of copper while they sell clients on the beauty and style of this natural material.
Copper is a pricy option for architectural fixtures. This is an opportunity to upsell clients based on the added value. It’s a chance to do well while doing good.
Bronze is a copper alloy that is used in a number of different construction activities. Its beautiful rich color and its high strength make it a go-to building material for contractors that are trying to make a bold statement with their builds. From doors and window frames to trim and hardware, bronze tube is used in many different capacities on a construction site.
A copper alloy, brass is produced by melting copper and combining it with zinc ores. The resulting alloy is harder and stronger than copper, its primary material, yet still malleable enough to be shaped into different products. Brass also has good heat conductivity and is highly recyclable, properties that help ensure brass sales will continue to grow for years to come.
Brass for Marine Applications
In the naval industry, brass is valued for its unmatched resistance to seawater corrosion. To suit marine environments, small amounts of other elements are added to brass to boost its performance, mostly for better corrosion resistance and durability. Higher zinc content, for instance, increases the alloy’s strength, while tin and arsenic improve its resistance against dezincification, a normal corrosive reaction in seawater.