How to Get the Best Deals on Custom Challenge Coins

Custom challenge coins have become very popular recently as excellent commemorative items. Challenge coins have now branched out of the military as more and more organizations recognize the importance of instilling a sense of pride and building relationships with their employees.

custom challenge coinsSeeing their value, the demand for custom coins has risen given the number of organizations that use them. Finding a good deal for their custom coins has become a priority given just how many of these coins they have to give away.

Finding the best deals for challenge coins is not that difficult. It is far from the mission impossible task that some people see it to be. Everyone wants to get a good deal on his or her custom challenge coins and below are some tips to do just that:

Surf the web for options

The internet is the best place to start a search for excellent coin minters. Using search engines like Google or Bing is not really a bad idea. Most of the best coin makers in the industry have some degree of presence on the internet.

An online presence is often a good indicator that the coin maker provides a good service and high quality coins. They would not be able to afford running their own website if they did not earn enough cash to maintain it.

Going through the internet also has the added advantage of being able to choose coin makers throughout the country. A person is not limited to local suppliers. Delivery is not much of an issue since most people who make custom challenge coins deliver their products for free anyway.

The sheer amount of coin producers on the internet will make it extremely easy for someone to find the kind of deal that they are looking for.

Sign up for newsletters

It is always a good idea to sign up for a newsletter. This will help update someone with some of the latest news and deals. There are certain times of the year when people can expect to get a better deal for their custom coins.

Sometimes, coin manufacturers have an abundant stock of materials to work with, that or the cost of materials for the coin or the dies have gone down. Whatever the case may be, there are certain times of the year when coin manufacturers can afford to give their customers a discounted price for a limited amount of time.

Cheap custom challenge coins by design

The easiest way to get cheap custom coins is to design those using affordable materials. One of the best things about custom coins is that the people who want them have free reign to design their coin. Anyone working on a limited budget can simply design his or her coins to be cheap.

For example, it is better to cut some of the features of the coin, like the dye. The dye is one of the most expensive reasons why custom coin prices can get so high.

The metal used in the production process is also important. Zinc alloy is the cheapest, but may not look as eye catching as brass or bronze. Many different things about the coin’s design can actually lower its cost.

Outsourcing them to people abroad

Another easy way to get a good deal on custom coins is to buy them from Asia. A lot of the custom coins in circulation today were actually produced from countries like China or South Korea. The cheap materials and labor makes them ideal for outsourcing the entire production process.

The only real downside to outsourcing an order for custom challenge coins is that it takes a lot of work and tends to be complicated.


As new discoveries and breakthroughs are encountered every day, it is inevitable for technology to catch up. The global industry is constantly updated, brimming with new forms of machinery, hardware, and assets that all have something in common—to highlight convenience in life and to churn out marketable products, supplies, and equipment. Perhaps one of the biggest things that benefit technology in its campaign to improve the world is the printed circuit board.

To put it simply, the printed circuit board, often abbreviated as PCB, is a board used to connect electronic components using conductive features that are superimposed on the surface of a non-conductive substrate pad. This enables both mechanical and electrical support for electronic components, allowing better distribution and management of power and signals between devices. PCBs primarily replaced the traditional method of wiring—a laborious procedure of direct wiring which often led to failures in short circuits when insulations, due to age, deteriorated.

As written above, before the printed circuit board was a thing in electronics, people wired and assembled machinery and appliances by building a system that is done by point-to-point construction, often abbreviated as PTP. PTP systems were composed of thermionic valves, or vacuum tubes, that were directed to their respective sockets in a linear fashion, terminating complexity. Since the state and efficiency of circuits depend on the assembler, PTP systems were heavily prone to errors, though malfunctions can be lessened by observing assembly procedures. PTP constructions were also bulky since they required large sockets, and they also required regular maintenance to ensure that the components were functioning well and that the insulations were in good shape.

Printed Circuit BoardThe first series of PCBs, which came out around the early 1900s, were composed of the simplest of materials, ranging from Bakelite, a brittle type of plastic, to mere carved pieces of wood. The materials had holes drilled on them and brass wires were concentrated on them. This brand new concept, albeit considered unpleasant by observers, revolutionized a brand new, more efficient method of signal distribution, and was commonly utilized by radios and gramophones.

As years passed, the concept of PCBs developed and expanded. Around the 1940s, the notion of generating double-sided PCBs were introduced. Around ten years later, the materials used in the production of PCBs were replaced and dramatically improved. Multilayered PCBs were invented a few years later as well. The expansion of the development of the printed circuit board had an even greater jump as the IPC, or the Institute of Printed Circuits, discussed their endeavors on the development of the concept in Chicago in 1957.

As the materials of PCBs changed and as additions to the technology’s fundamentals arose, their size decreased over time. Inversely varied to that, though, is how its complexity increased incrementally, allowing for more options and opportunities for other devices and appliances. The advantageous development of PCBs aroused the interest of corporations, and thus interest around the concept spiked. Around the 1970s, corporations focusing on electronic assets utilized multilayered circuit boards in their new products and equipment. Some corporations developed PCBs of their own. Alongside with this was the bountiful fruition in the PCB industry, reaching a whopping $7 billion in 1995. The development of circuit boards had not stopped, and as micro-technology slowly proceeds on its mark, it is most likely that the PCB will be getting new improvements in the future.

You may thank the appliances around you for making your life more convenient, and you may thank your personal devices for providing you with substantial information that greatly benefit you in your daily life. Inside all of those are PCBs that are functioning, sending signals, and distributing electricity. Truly, the printed circuit board is a giant contribution to industry.