At Advanced Ceramic Engineering (ACE), precision engineering is our passion and our expertise. With over 40 years of experience in the production and design of precision and technical ceramics, we are a leading company in the field of alumina components. Operating from our base in Northern Ireland, we offer a wide range of alumina materials and specialize in providing high-grade and purity alumina ceramics to industries such as electronics, aerospace, chemical processing, and more.
But what exactly is precision engineering and why is it so crucial in the production of alumina components?
Precision engineering is the process of designing and manufacturing components to extremely tight tolerances and specifications. In the world of ceramics, precision engineering is paramount as even the smallest variation in size or shape of a component can have a significant impact on its performance and functionality.
At ACE, we understand the importance of precision engineering when it comes to alumina components. That is why we have a team of highly skilled and experienced engineers who are experts in their craft. Most of our employees come from the former Wade/Seagoe Ceramics plant in Craigavon, which had a reputation for producing high-quality ceramics. With this heritage and expertise, we continue to push the boundaries of precision engineering in the production of alumina components.
So why is precision engineering so crucial in the production of alumina components?
Firstly, alumina is known for its high strength, rigidity, and durability, making it the material of choice for many high-tech industries. However, to maximize these properties, the component’s design and production must be precise. Any imperfection or deviation from the intended specifications can compromise the final product’s reliability and performance.
Secondly, alumina components are often used in demanding environments where they are exposed to extreme temperatures, corrosive chemicals, and high pressure. In these conditions, even the smallest flaw or deviation in the component’s design can result in failure, which can have severe consequences. Precision engineering ensures that the components are built to withstand these conditions and perform as intended.
Finally, precision engineering plays a crucial role in reducing costs and increasing efficiency. By producing components to tight tolerances, there is less need for extensive testing and reworking, saving time and resources. This precision also allows for a better fit and functionality, reducing the risk of costly errors and downtime.
At ACE, we take pride in our precision engineering capabilities and continuously strive to improve and innovate in our processes. We use advanced technologies such as isostatic pressing, ‘green’
