New business owners usually put all their attention on the finished product. They look at the design and how it functions, but don’t usually think about the materials. However, the materials used to manufacture a product often impact the performance of a product more than any other element. The right materials can earn a company an excellent reputation and repeat customers. The wrong materials can drive a company out of business once word gets out.
Choosing the right material can influence a product’s durability, efficiency, safety, and even maintenance requirements. When a product is made with the wrong materials, it might function at first, but then start to fail when exposed to stress and harsh environments.
Which material is right for any given product depends on the application. For example, components used in high-temperature environments require materials that can withstand high heat. Equipment exposed to harsh chemicals needs components that can resist corrosion. And when there are moving parts, components need to be made from materials that can survive thousands of hours in operation.
Performance starts before the manufacturing process
Many products fail because of decisions made long before the manufacturing process began. When materials aren’t optimized for actual operating conditions, even the best processes can’t override this mismatch. That’s why engineering teams take their time to evaluate potential materials during the product development phase. Every decision has the potential to affect reliability and the cost of ownership.
Before a product gets to the production line, engineers map out exactly what the finished product needs to handle. For instance, they’ll consider if it will be exposed to high temperatures, moisture, heavy loads, vibration, chemicals, or constant friction. They evaluate dozens of material properties like strength, weight, electrical conductivity, and resistance to corrosion to find the best material for the given application.
In many cases, a prototype is built and tested in real-world conditions before the final material is chosen. Engineers need to take their time choosing the right material so the end product is reliable and doesn’t fail prematurely.
Advanced materials support product innovation
Some of the biggest advances in manufacturing arise from improved materials rather than product design. That’s why engineers work hard to create lighter, stronger components that last longer. Ceramic engineering is one of the industries that has made game-changing advancements through innovative materials. For example, advanced ceramic materials are used in airplane engines, space shuttle tiles, optical fibers, synthetic bones, and dental implants.
Most people never stop to think about the materials inside the products they use every day, but those hidden components often determine how long something lasts. Two products may not look different on the outside, but what’s inside determines whether they’ll last.
Materials reduce the overall cost to a business
Business owners consider the purchase price when evaluating a product, but the long-term costs of an inferior product can be sky high. Components and equipment made with the right materials will usually need fewer repairs and won’t break down as often. There’s usually a higher upfront price tag for these higher-quality materials, but businesses will save more over time by avoiding frequent repairs and multiple replacements.
One of the biggest benefits is less downtime. When equipment breaks down unexpectedly, work comes to a halt until it’s either fixed or replaced. This lost productivity can cost far more than the repair, and even more than temporarily lost sales. Sometimes downtime can affect a company’s reputation and drive customers to do business with competitors. Businesses that invest in products made with top-quality materials are more likely to maintain smooth operations and experience fewer unexpected breakdowns.
High-quality materials provide a competitive edge
Manufacturers know the right materials will produce better products and higher customer satisfaction. High-quality materials improve efficiency and reduce maintenance, which gives companies a competitive advantage in their industry.
These benefits don’t just stop when the product leaves the factory. Products made with better materials translate into lower operating costs for customers and fewer warranty issues for manufacturers, which makes it a winning situation for everyone. It’s the reason brands like John Deere develop reputations for longevity and durability. Sure, they market their brand well, but their equipment is designed to withstand years of demanding use in tough environments in ways other brands can’t match.
Most people never have to think about the engineering decisions that go into making the products they buy, but those choices have a massive impact on performance. Choosing the right materials may not be the most visible part of product development, but it’s one of the biggest reasons a product – and company – earns a reputation for quality and reliability.
