Bronze Bars Lend an Industrial Look to Your Home

Interior design trends are constantly evolving, showcasing one savvy motif after another. When it comes to modern home styling, nothing beats the timeless allure of properly-matched and expertly-crafted metal fixtures. If you’re after a bold but conservative look for your abode, go for the charm and dark hues that only bronze can bring.

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How to Efficiently Work with Bronze Bars and Other Brass Materials


Jewelry makers absolutely love working with bronze, and not only for its versatility and flexibility as a metal, but for its aesthetically pleasing look as well. Combined with the right techniques and designs, bronze is a jewelry maker’s dream.

If you’re just about to foray into this venture, do yourself a favor by knowing how to best handle the material so you can reap the most benefit from it.

Bronze Basics

Bronze is largely considered to be a great substitute for gold, particularly the 10 or 14 carat type, and mostly because of its similarity in tones. An alloy composed of copper and tin, bronze is very easy to shape and mold, given proper exposure to the right temperature or force. Read more on this article:

A Profile on Bronze Alloys for Businesses

Although bronze itself is an alloy of copper and tin, there are many bronze alloys whose properties change as other metals are added to it. If your business uses bronze in its products, check this guide to confirm you’re using the ideal bronze for every project.

Leaded Tin Bronzes

Bronze with a small percentage of lead is widely used within industry. Typically, it’s used as bearings, railroad components, and in structural castings. This is because leaded tin bronze has antifriction properties and a durable nature. Plus, if you need tightness and machinability, this alloy is a good choice for your business.

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Up Close and Personal with Architectural Bronze

Recognized among metal workers by its alloy code of C385, architectural bronze has truly made a name for itself in terms of versatility and reliability. It is made of approximately 57% copper, 40% zinc, and about 3% lead.

Excellent Physical Properties

 Fabricators and sculptors adore this alloy because of its high machinability rating. When it is worked at high temperatures, such as with projects that require forging and pressing, it is elastic enough to be shaped into any form as one pleases. This is why artists can bend and shape this bronze into flowers, leaves, vines, and more. Aside from that, C385 is resistant to the effects of industrial and marine atmospheres. It will not corrode easily when it comes in contact with weak acids, thus making it ideal for outdoor decorations.

What Should Be Avoided

 Though it is a very resilient copper alloy, architectural bronze still exhibits physical limitations. For instance, if this metal is to be used on outdoor structures like monuments, gates, posts, and the like, care should be taken against exposure to acid rain and bird droppings. For indoor installations of bronze, such as stair rails, door knobs, and similar, avoid using ammonia-containing products when cleaning them.

Should you need more data about the strengths and limitations of bronze bars, sheets, tubing, or other forms of brass, don’t hesitate to reach out to experts. These metal suppliers possess years of experience in providing their clients the right types of alloys that best fit their needs. Whatever size or gauge you require, they will most certainly have it in stock.


Working with Bronze Bars and Sheets for Elegant Interior Decorations

Bronze is one of the friendliest types of materials that architects and interior decorators use in their projects because of its availability, durability, and versatility.

It can easily take on a very modern look with its high polish, for example, while it can also look authentic and vintage once it acquires a natural patina over time. Here are some design ideas that you can incorporate to add a cool and unique element to your client’s project.

Bronze in the Kitchen

If you want to go for something a bit more rustic but easy enough to pass for something modern, you can use bronze sheets for splashes lining up the kitchen walls. The reflective surface brings a tinge of color–and even a hint of elegance–to the work area. Read more from this blog:

Know the Right Bronze Types for Specific Uses

Highly appreciated for its warm reddish brown hues, bronze is the alloy of choice for sculptors and craftsmen. But aside from the metal’s attractive finish, this copper alloy can prove itself worthy in terms of versatility, workability, and structural integrity. Be it statues, plaques, posts, or decorative household items, bronze can truly make any creation a standout.

Commercial Bronze

Denoted by its unified numbering system (UNS) name of C22000, commercial bronze contains around 10% zinc and 90% copper. It can be available as bronze bars, sheets, channels, and more.

In terms of workability, this alloy fares excellently in projects that require soldering or brazing. C22000 is also great for cold working, a process that strengthens and hardens metals. This alloy is used on doorknobs, hinges, rotors, and some electrical parts.

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Bronze Bars and Sheets for Tool and Die, Spring Alloys, and Plating


Due to practicality and cost advantages, expensive cast and forged products are being replaced by sheet metal parts. The metal stamping die is a particularly excellent tool for creating high volumes of parts with consistent quality, dimensions, and appearance. At the same time, it can be shaped to copy antique handcrafted ornamental designs.

Different non-ferrous materials are used in making tools and dies as well as fixture designs. Alloys of bronze, brass, and beryllium among others are used to make these materials. Copper alloys are usually preferred by tool and die makers who are looking for resistance to corrosion and heat conductivity apart from low magnetization polarization and wear resistance.

Here’s what you need to know about the uses of bronze bars and bronze sheet metal in making spring alloys and plating materials. Read more from this blog: