WebP to PNG Converter

No — PNG is always fully lossless, so there's no quality slider here (unlike the reverse PNG-to-WebP conversion, which does have one). Every pixel the canvas decodes from your WebP is written to the PNG exactly as-is; there's nothing to trade off.

Yes, completely. The canvas carries the alpha channel through at the same 8 bits per pixel as the source, so soft-edged shadows, feathered cutouts, and partial transparency fade exactly as they did in the WebP — nothing gets flattened onto white the way it would converting to JPG.

Yes. The converter reads the image's natural width and height and sizes the canvas to match exactly — there's no resizing, cropping, or scaling step, so the output PNG has identical pixel dimensions to the source file.

Yes. A lossless (VP8L) WebP decodes to the exact same pixel values it was encoded from, and since PNG's DEFLATE compression is also lossless, the conversion is a bit-for-bit transcode with zero change to any pixel. A lossy WebP, by contrast, already locked in its compression artifacts before you ever uploaded it here.

If your original WebP was saved with lossy compression, converting it to PNG now does not damage it further — the canvas simply repackages the already-decoded pixels losslessly. But the risk shows up later: if you take that PNG and re-export it as a lossy format again (WebP, JPEG) for some other purpose, you're compressing an image that already went through one lossy pass, so any blocking or smoothing from the original WebP encode compounds with new artifacts from the second one. The PNG step itself is always safe and lossless; the danger is a downstream lossy re-encode on top of a source that was already lossy. If you need a true undamaged master, you need the original uncompressed source, not a PNG made from a lossy WebP.

PNG's universal compatibility is the real driver. Older releases of Photoshop, GIMP 2.8 and earlier, most desktop publishing and prepress software, and a good number of CMS media uploaders and ad-network creative portals either reject `.webp` outright or handle it inconsistently. Email is another common case — some clients still fail to render inline WebP images, while PNG always displays. Print shops and packaging vendors typically ask for PNG or TIFF, never WebP, since their RIPs and color workflows were never built around it. Even some social platforms and CMS image fields quietly re-process or break WebP uploads. Converting once, up front, sidesteps all of that: you keep the transparency and get a file format every piece of software from the last three decades already knows how to open, without gambling on whether a given upload form actually supports WebP.

WebP is a Google format announced in September 2010, originally built entirely on the VP8 video keyframe codec for lossy compression. Lossless compression (VP8L) and alpha-channel transparency support were added the following year, in 2011, turning it into a genuine PNG/JPEG competitor rather than just a JPEG alternative. It stores everything inside a RIFF container, the same generic container format used by WAV audio and AVI video. Browser adoption was slow at first — Chrome and Opera supported it early, but Firefox waited until 2019 and Safari didn't add support until version 14 in September 2020. That gap is why so much software and so many workflows built before 2020 still don't handle WebP, even though modern browsers now support it universally.

No — a standard PNG has no built-in animation support at all; that capability belongs to a separate, less-supported format called APNG. When this converter (or any canvas-based converter) processes an animated WebP, it draws only a single decoded frame onto the canvas — typically the first — and exports that one frame as a static PNG. The rest of the animation is simply discarded in the process, not stored anywhere. This trips people up because WebP is one of the few image formats that can be either a static picture or a multi-frame animation depending on how it was encoded, and there's no visual cue in the file browser telling you which one you have. If you need to preserve motion, you'd need to export to GIF or APNG instead, not PNG.

Bigger, in almost every case. WebP's compression, whether lossy VP8 or lossless VP8L, is more efficient than PNG's DEFLATE algorithm, which is why WebP was created in the first place — to beat PNG and JPEG at their own job. Converting to PNG gives up that efficiency in exchange for compatibility, so expect the output file to grow, often by a wide margin for photographic or gradient-rich images where WebP's predictive compression has the most to work with. Flat-color graphics like icons, simple screenshots, or line art see a smaller increase since there's less redundancy for either format to exploit. If file size matters more than compatibility, keep the WebP; convert to PNG specifically when you need a format every editor, printer, or upload form is guaranteed to accept.