GURUFOCUS.COM » STOCK LIST » Technology » Semiconductors » Korver Corp (OTCPK:KOVR) » Definitions » Float Percentage Of Total Shares Outstanding

Korver (Korver) Float Percentage Of Total Shares Outstanding : 0.00% (As of Jun. 17, 2024)


View and export this data going back to . Start your Free Trial

What is Korver Float Percentage Of Total Shares Outstanding?

Float percentage of total shares outstanding is the percentage of float shares relative to the total shares outstanding. As of today, Korver's float shares is 0.00 Mil. Korver's total shares outstanding is 16.93 Mil. Korver's float percentage of total shares outstanding is 0.00%.

Insider Ownership is the percentage of shares that are owned by company insiders relative to the total shares outstanding. As of today, Korver's Insider Ownership is 0.00%.

Institutional Ownership is the percentage of shares that are owned by institutions out of the total shares outstanding. As of today, Korver's Institutional Ownership is 0.00%.


Korver Float Percentage Of Total Shares Outstanding Calculation

It is the percentage of float shares out of the total shares outstanding.

Korver's Float Percentage of Total Shares Outstanding for today is calculated as follows:

Float Percentage of Total Shares Outstanding=Float Shares/Total Shares Outstanding
=0.00/16.93
=0.00%

* For Operating Data section: All numbers are indicated by the unit behind each term and all currency related amount are in USD.
* For other sections: All numbers are in millions except for per share data, ratio, and percentage. All currency related amount are indicated in the company's associated stock exchange currency.


Korver (Korver) Business Description

Industry
GURUFOCUS.COM » STOCK LIST » Technology » Semiconductors » Korver Corp (OTCPK:KOVR) » Definitions » Float Percentage Of Total Shares Outstanding
Traded in Other Exchanges
N/A
Address
1968 South Coast Highway, Suite 458, Laguna Beach, CA, USA, 92651
Korver Corp is engaged in developing high-efficiency perovskite/silicon tandem solar cells. The solar cells offer a path toward low-cost photovoltaic electricity, by boosting the performance of established crystalline silicon cells. It results in efficient light coupling, reduced reflections, minimized reaction losses, and others.