It's true QMC does not often quote specs, but does
Post# of 22456
Quote from the Perovskite PR : stable, low cost, high purity perovskite quantum dots (PQDs)
I have found that other companies specs are often misleading. Anyone can claim great specs by centrifuging out the larger and smaller size crystals so the remaining ones are uniform. In case like that, they are called "Champion" quantum dots, but the cost of production is much higher due to time and labor required. There is no way to compare apples to apples because companies do not reveal their processing details so that a real comparison can be made.
By saying QMC perovskite QD are "stable", that says they have overcome the biggest failing of perovskite, which is their lack of stability and longevity. We all know that QMC other QD have this characteristic, and we know the lack of it means the necessity of barrier films and encapsulation processes. QDX (TM) QD are claimed environmentally resistant to air, water and heat.
"Low cost" because QMC claims continuous flow process (CFP) mass-produces QD at a minimum of 30X faster than traditional batch to keep production cost the lowest in the industry.
"High purity" covers a combination of related characteristics that happen together. First, they must be whole units, not partials or misshapen QD. Second, they must be uniform and same size, and the third is a little different, selectivity - the ability to pre-determine the specific characteristics of the quantum dot with precision. Squires has mentioned how the CFP allows inline adjustments to change the characteristics of the samples being produced so that researching best results in a range of formulas can be done much faster than any other production process. (I forget if it allows 25 tests or 100 tests in the time it would take for one batch test) because the CFP is software programmable controlled.
So I do not know the "specs" but I do believe QMC's claims in the "About QMC" section of the PR, "QMC's volume manufacturing methods enable consistent quality and scalable cost reductions to provide the foundation for technologically superior, energy efficient and environmentally sound displays, the next generation of solid-state lighting and solar photovoltaic power applications."