Global regulations are driving industries to minimise the use of chemicals. Increasing environmental responsibility demands we use our products for longer. P2i’s clients use plasma conformal coatings to increase product life-cyles and reduce costs. In addtion, manufacturing yields increase and costs reduce. These ultra-thin coatings deliver many competitive advantages for our customers.
Scale of the Problem Today
P2i’s unique technology offering works at the molecular level. This delivers the thinnest, most robust liquid protection on the market. This approach allows us to enhance any solid surface and maximise protection.
Our ultra-thin barrier coatings offer the full range of liquid and environmental protection. This includes achieving IPx1-IPx8+ for electronic devices.
We achieve this full range by delivering both liquid repellency and barrier properties.
Splash-proof is a complete device-level repellent coating. Applied to the finished product at the end of the assembly line, before package and ship. This protects the device from liquid ingress from splashes and spills.
Barrier is a PCBA level electrical insulating layer. Applied post Surface Mount Technology (SMT) line, before final assembly. This protects treated PCBAs from corroding following exposure to harsh environments and immersion.
P2i specialises in protecting electronics at a lower total cost to current methods. This increases product life cycles, decreases waste and enables the circular economy. Our customers use ultra-thin barrier conformal coatings to adopt reduce, reuse, recycle strategies.
In the fast-paced automotive industry, ensuring the reliability and performance of electronic components is not just a preference but a...
Read MoreIn today’s fast-paced tech landscape, the miniaturization of electronic devices has become a defining trend. From smartphones to medical wearables,...
Read MoreIn the fast-evolving world of medical devices, particularly hearing aids, manufacturers face a growing challenge: ensuring devices can withstand elements...
Read More