ImageTools
In your browser · never uploaded

Convert HEIC to PNG

Lossless PNG copies of your HEIC photos — exact pixels, transparency kept, converted in your browser with nothing uploaded.

Convert to

Drag & drop your .heic files here

One or many — nothing is uploaded.

On your device.Your photo is decoded by code running in this browser tab. It is never uploaded — you can watch the Network tab in your browser’s developer tools stay empty while it converts.

Choose PNG when you want a pixel-exact, lossless copy of the photo — no JPEG artifacts, and any transparency in the image is kept. That makes PNG the right pick when the picture is a screenshot, a graphic, a logo, or anything you will edit further, rather than a regular camera photo.

The trade-off is size: a lossless PNG of a detailed photograph is usually several times larger than the same picture as a JPG. For ordinary snapshots you are sharing or emailing, JPG is the smaller, more practical format. For everything that needs exact pixels, PNG is worth the bytes.

As with every format here, the .heic file is decoded inside this browser tab and the PNG is written on your own machine. Nothing is uploaded, there is no account to create, and you can convert a whole folder of images at once and grab them as a single .zip.

Frequently asked questions

Does HEIC to PNG keep transparency?
Yes. PNG supports an alpha channel, so any transparent areas in the source are preserved. Ordinary camera photos are fully opaque and have no transparency to keep, but graphics and screenshots will.
Is PNG better than JPG for converting HEIC?
It depends. PNG is lossless and keeps exact pixels and transparency but is much larger for photographs; JPG is smaller and better for sharing camera snapshots. Use PNG for graphics, screenshots, and images you will edit further.
Why is my PNG so much bigger than the HEIC?
HEIC uses HEVC compression, which is far more space-efficient than PNG’s lossless compression for photos — so a detailed picture can be several times larger as a PNG. That size is the cost of being lossless.

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