Soelect Inc
Business Manufacturing And Supply
Why pick this one
Soelect develops LiX lithium metal anodes and solid-state electrolyte materials from its Greensboro operation, with products sized for multiple battery applications.
Best for
- Battery manufacturers seeking lithium metal anode materials
- Solid-state battery research and development
- Lithium-sulfur battery development
- Electric vehicle and defense battery applications
- Battery material surface analysis and production comparison
- Organizations seeking scalable lithium battery material manufacturing processes
Look elsewhere if
- Consumers seeking retail replacement batteries
- Customers needing general electrical or appliance services
- Businesses seeking a finished consumer battery product rather than battery materials or engineering technology
Specialties
- LiX composite lithium metal anodes
- Solid-state electrolyte materials
- Lithium-sulfur battery anodes
- Battery material surface analysis with Pen-AI
- Lithium metal anode manufacturing process development
Certifications
- Official employer partner for 8 Battery Registered Apprenticeship Programs in North Carolina
- Affiliate agreement with Guilford Technical Community College
- Affiliate agreement with Rockingham Community College
What makes them different
- LiX anodes are offered in thicknesses from 5 to 200 µm and widths up to 200 mm
- LiX technology is designed for 100% battery charging in 15 minutes
- Soelect reports 58 total intellectual properties
- The company moved from lab-scale to a pilot line for LiX technology and solid electrolyte membrane in 2022
- Pen-AI analyzes battery materials, copper foil, coatings, powders, polymers, and other manufactured surfaces from standard optical images
- Years in business
- 7
- Serves
- Greensboro
Distilled from this business's own website.
Contact & Location
- Address
- 4355 Federal Dr, Greensboro, NC 27410-8142
- Phone
- 13365008686
- Website
- https://www.soelect.com
- office@soelect.com
Services
- Battery materials engineering
- Lithium metal anode manufacturing
- Solid-state battery technology development
- Battery material research and development
- AI-powered surface and material analysis