Suggestions wanted for "Soft Latching Power Switch" ICs

[Manuauto]

Hi,

I'd appreciate any suggestions for cheap, available and preferably easy to use ICs which are designed to be used in a latching On/Off Power Button circuit.
I am aware that Dave made a video on this topic, describing how this function can be achieved with jelly-bean parts.
This circuit has it's flaws and isn't exactly very (noob-) user friendly.

While looking for something a bit more practical and "advanced", I came across the Henry HR810: https://www.aliexpress.com/item/6A-DC-3V-3-3V-3-7V-5V-Electronic-Switch-Latch-Bistable-Self-locking-Trigger-Board/32795061369.html
The module works great.

Sadly I cannot find a way to purchase the IC cheaply without the mosfet etc.

Other requirements:
- low voltage operation (battery power, singe cell Li-Ion)
- low quiescent current / low power consumption
- low price  (Aliexpress would be good because of the usually free shipping)!

Less important
- maybe even a built-in mosfet
- reasonably large footprint, maybe even "DIP-friendly"

I am not asking for the "perfect solution" and am very happy about simple hints and general ideas as to which components could be used. 

When searching the internet for suitable parts, I came across several Ti parts which weren't available on Aliexpress. Digikey has them (TPS3422) but I'd have to pay shipping... 

Thanks in advance!

[Zero999]

Look at flip-flop ICs, such as the 74HC74, which contain two. They're also available in single, to save space, but they're SMT only.

[Manuauto]

Thanks for the suggestion. I came across several circuits with flip-flop ICs when looking for ways to implement this function.
I thought, that they are not exactly "zero-power when off" but actually they seem to be a viable option!

[tautech]

4013 is another option just check the datasheets for low voltage operation and select a low gate voltage MOSFET that'll work at the voltage you use.
CD varieties might just work or you could be better off with an HEF version.

[Zero999]

Thanks for the suggestion. I came across several circuits with flip-flop ICs when looking for ways to implement this function.
I thought, that they are not exactly "zero-power when off" but actually they seem to be a viable option!

There really is no such thing as zero power when off. Any circuit will consume a tiny amount of power.

The NLX1 will consume 1µA worst case (it'll probably be  much less than that, around 100nA), at an operating temperature of less than 25°C and less than 10µA, at an ambient temperature of 125°C. It's very difficult to beat that.
https://assets.nexperia.com/documents/data-sheet/74LVC1G74.pdf