Product Announcements:
Mechanical Components

In high-vibration environments, traditional locking methods present compromises. As vibration cycles grow, these fastening solutions can progressively lose clamp load – and create potential failure points. PEM RT® free-running locking technology eliminates these trade-offs without sacrificing installation speed and performance. Read more...

Learn about server architecture and the role of PEM fasteners in critical connections. Read more...

Creating reliable threaded connections in plastic components demands a fastener that delivers on both pullout strength and torque resistance without complex installation requirements. The new SI® Solid Body Press-In Insert with Retention Fin Design provides exceptional performance where it’s needed most. Read more...

Streamline panel access with tool-free, single-hand operation. The new PEM® toolless panel fasteners, featuring PFAP™ Auto-Lock Plunger assemblies and PFQT™ Quarter-Turn Panel Fasteners, are designed for easy one-hand operation and rapid panel attachment. Read more...

In modern EV architectures, increasing power demands from advanced driver assistance systems (ADAS), infotainment and high-voltage systems, every micro-ohm (µΩ) matters. Resistance at the point of connection leads to energy loss, thermal inefficiency and reliability issues. Find out how PEM® eConnect eliminates these concerns. Read more...

The new IFH™ Stud is the first ingress protection fastener from PEM® that creates a watertight seal and meets ISO: 20653-2014 and IPX7 and IPX9K standards for ingress protection. Read more...

As EV manufacturers continue to prioritize lightweighting to improve range and efficiency, PEM® fasteners play a vital role in enabling this shift. By facilitating strong mechanical joints in thin, high-strength steel and lightweight aluminum alloys, these fasteners unlock new potential for advanced, lightweight EV designs. Read more...

In automotive innovation, the pursuit of energy efficiency is a key driver for both Internal Combustion Engines (ICEs) and Electric Vehicles (EVs). As these two powertrains advance, avoiding energy waste remains critical. Read more...

As electric vehicles (EVs) continue to gain traction, the demand for cost-effective, lightweight, and high-performance materials is more critical than ever. Read more...

eMobility, which we define as the shift from internal combustion engines (ICEs) to electric vehicles (EVs), is revolutionizing the automotive industry like never before. What was once a domain led by mechanical engineers now increasingly relies on electrical engineering expertise, as vehicles evolve into intelligent, data-driven machines. Read more...