tk accelis Materials Plus launched today as the unified North American brand representing Copper and Brass Sales, thyssenkrupp Engineered Plastics, thyssenkrupp Materials NA in Canada, and Cobotix…
Plastic materials are essential to modern manufacturing, driving innovation across industries. The right polymer can reduce weight...
From deep-sea drilling to high-temperature refining, every stage of oil and gas operations is a test of material endurance...
The aerospace industry continues to evolve in its pursuit of safer, more fuel-efficient aircraft. As engineers and OEMs respond to increasing performance demands, material selection is undergoing increased scrutiny
The US data center industry is growing at an unprecedented rate. Driven by artificial intelligence, cloud computing, and the...
As the demand for precision in medical manufacturing grows, engineered plastics have become critical for creating cleaner environments in healthcare operations...
Product identification has evolved into far more than a functional detail in today’s highly regulated, data-driven manufacturing environment...
Data centers are multiplying across the United States to keep pace with surging demand from AI, cloud computing, and digital services...
In the aerospace industry, where innovation is constant and margins for error are nonexistent, material selection is more than a technical decision...
As digital demand rises, data centers are under pressure to increase efficiency while reducing their environmental footprint...
The rapid expansion of artificial intelligence (AI), cloud computing, and hyperscale data centers has significantly increased global electricity demand. Modern data centers must support higher power densities and increased processing loads while maintaining near-zero downtime, strict safety compliance, and energy efficiency
The demand for high-performing, energy-efficient power distribution systems to power and secure data centers is growing exponentially as businesses adapt to a digital-first world. These critical facilities must meet the increasing demands of data processing and storage while ensuring sustainable, dependable, and safe operations
As the world intensifies efforts to curb carbon emissions and shift towards renewable energy, hydrogen fuel cells have emerged as a promising solution. However, harnessing hydrogen's potential comes with unique challenges, including storage and transportation under extreme conditions. This article explores the pivotal role of DuPont™ Vespel®
At thyssenkrupp Engineered Plastics, we’re all about providing innovative solutions tailored to streamlining and enhancing your plastic buying journey. Our website offers a range of unique features and capabilities that stand out in the market. Our priority is to ensure your experience is smoother, quicker, and more rewarding. Discover how we bring ease and efficiency
Traditionally, plastics are cut using shaper cell machinery that requires three operators in a tedious process. This process is time consuming and labor intensive, reducing efficiency and increasing cost for the customer. Enter automation - a robot run cell that increases value and efficiency, produces better margins for products, and reduces the number of operators needed allowing them to focus on more rewarding work and valuable skill advancement. This machine drives innovation and safety, providing a whole new realm of opportunities for engineered plastics and reaching new heights in services provided to customers.
The aerospace and space industries are rapidly advancing and new engineering challenges demand materials that can withstand the extreme temperatures, high stress, and harsh environmental conditions aircrafts and spacecrafts are exposed to. DuPont™ Vespel®, a high-performance polyimide, stands out as a material that meets these rigorous requirements