Division Menu:
Compound Offering Manual
Review O-ring material properties, temperatures, and recommended usage.
Press-in-Place Seals
Custom designed solutions to fit complex groove patterns and offer excellent retention.
Overmolded Gaskets
Offers resilience, flexibility, and sealing effectiveness under diverse conditions and environments.
Diamond Seals
Offer smaller/simpler groove design with ribs for seal retention and ease of installation.
Extruded & Spliced Seals
Custom profile options offering low closure force and excellent retention.
Hexapod Seals: Transforming Urban Mobility in Kick Scooters
BLOG
As urban transportation evolves, sealing solutions are crucial for enhancing the performance and sustainability of electric kick scooters. With the kick scooter market projected to reach $8.1 billion by 2032, Parker's innovative Press-in-Place (PIP) seals, particularly the hexapod seal, are designed to meet the growing demands of this eco-friendly mode of transport. Discover how these advanced sealing technologies can improve durability, simplify assembly, and contribute to a greener urban environment, ensuring that your electric vehicles thrive in today’s fast-paced cities.
Advanced Sealing Solutions for Electric Recreational Vehicle & Micromobility Battery Enclosures
BLOG
The global electric vehicle market is set to grow by 9.82% annually, reaching $906.7 billion by 2028, with electric recreational vehicles leading the charge. As demand surges, reliable battery enclosure sealing solutions are crucial for manufacturers, and Parker's recent webinar explores innovative technologies like Press-in-Place (PIP) and Cure-In-Place Gaskets (CIPG). Discover how these advanced sealing solutions can enhance the performance and longevity of electric recreational vehicles, from kick scooters to jet skis, ensuring they meet the demands of a rapidly evolving market.
Micromobility Sealing Solutions
Webinar
Check out our insightful webinar that explores the critical role of innovative sealing solutions in enhancing the performance and sustainability of electric kick scooters and other urban mobility vehicles. As the micromobility market is projected to reach $8.1 billion by 2032, understanding how advanced sealing technologies like Press-in-Place (PIP) seals and hexapod seals can improve reliability and reduce environmental impact is essential for engineers. Discover how these cutting-edge materials can help meet the growing demands of urban transportation while maximizing operational efficiency.
