What this is
A pressureless silver-indium transient liquid phase (TLP) sintering paste for die-attach in wide-bandgap (SiC/GaN) power electronics. Micro-silver doped with indium via mechanical alloying bonds dies to substrates at high temperature without the pressure presses the incumbent requires, and resists the porosity and oxidation that cause delamination in nano-silver joints.
Why it is worth looking at
The incumbent nano-silver paste needs capital-intensive pressure sintering (up to 40 MPa) and suffers pore coarsening and oxygen-driven interfacial failure above 250 C. The micro-Ag-In paste achieves pressureless bonding on standard stencil-printing equipment and slashes feedstock cost by bypassing nanoparticle synthesis.
The red-team audit verdict on this concept is CLEARED, with one published warning (declared price parity). Read the full findings in the free study.
Read the full study free first: theabsenceaudit.com/studies/
Buying research, not a business plan
Nobody has built this venture. It is proven in the peer-reviewed literature and its arithmetic has been recomputed from cited inputs, but no operating company is offered as proof. You are buying research, not a business plan, and not a promise of return. Verify every figure and regulatory requirement independently before committing capital.