In industrial applications, gaskets are often overlooked despite their critical role in maintaining safety, efficiency, and sustainability. These small yet vital components prevent leaks and emissions, ensuring that machinery and systems run smoothly and reliably. Over time, advancements in gasket materials and design have shifted the industry away from hazardous materials like asbestos to safer, eco-friendly options.
As 2024 comes to a close, we’re taking a moment to celebrate a year filled with milestones and achievements at Dobson Gaskets. This year, we continued to grow our core business while taking on fascinating and challenging heritage projects that showcased the skill and dedication of our exceptional engineers.
When it comes to industrial sealing applications, the success of a gasket often hinges on the design of the flange it interacts with. The flange and gasket must work in harmony to create a secure seal under various conditions. At Dobson Gaskets, our highly experienced technicians provide a wealth of advice tailored to understanding the needs of your application. Here, we take a closer look at how flange design affects gasket performance.
In the world of sealing technology, one of the critical factors determining the performance and reliability of a gasket is its compression set. When gaskets are installed between two mating surfaces, they are subjected to compressive forces that create a tight seal to prevent fluid or gas leakage.
As companies shift to sustainable energy solutions, hydrogen has become a key element in this transition. It plays a crucial role as a fuel and a medium for energy storage, helping to capture surplus energy from renewable sources. However, its use presents significant challenges, especially in sealing technologies.
