Convert PDF to MHTML using Python

PDF to MHTML, HtmlFixed and HTML conversion in your Python Applications without installing Microsoft Word^®.

As a Python developer, you may need to add a feature to your application that allows you to convert PDF files to MHTML (Web archive format) or HtmlFixed (HTML format with absolutely positioned elements). Aspose.Total for Python via .NET API can help you automate this process. It is a comprehensive package of various APIs that can handle different file formats.

Aspose.Words for Python via .NET API, which is part of the Aspose.Total for Python via .NET package, can be used to add the PDF to MHTML conversion feature. If the PDF file is simple, it can be done with just two lines of code. You can load the PDF file and call the save method with the appropriate file path and the SaveFormat enumeration as MHTML or HTML_FIXED. However, if you need to restore the document model as close to the original as possible, you will need to save some extra information within the resultant document, known as round-trip information.

How to Convert PDF to MHTML in Python

Load source PDF file using Document class
Create the instance of HtmlSaveOptions
Set the export_roundtrip_information as True
Specify the SaveFormat as MHTML
Call the save method while specifying output file path & SaveFormat as parameters. So your PDF file is converted to MHTML at the specified path

Conversion Requirements

For PDF to MHTML or HtmlFixed format conversion, Python 3.5 or later is required
Reference APIs within the project directly from PyPI ( Aspose.Words )
Or use the following pip commands pip install aspose.words
Moreover, Microsoft Windows or Linux based OS (see more for Words ) and for Linux check additional requirements for gcc and libpython and follow step by step instructions INSTALL

Save PDF To MHTML in Python - Simple

PDF To MHTML Conversion in Python

PDF to MHTML conversion using Python APIs helps transform document content into a web archive format that combines markup and embedded resources into a single file. This makes PDF information easier to preserve, display, or distribute in browser-compatible environments. Automation improves the value of this conversion by enabling scalable generation of portable web-ready files from static documents. It supports content publishing, archiving, and integration with systems that require self-contained web document outputs.

Key Use Cases

Web Archive Creation
Convert PDF files into MHTML for browser-based storage and viewing.
Portable Document Publishing
Share document content in a self-contained web-friendly format.
Content Preservation
Retain visual and textual information in an archive suited to web workflows.
System Interoperability
Use MHTML output where document exchange must align with browser-compatible standards.

Automation Scenarios

Automated Web Conversion Pipelines
Python scripts can turn PDFs into MHTML files for digital publishing systems.
Archival Distribution Workflows
Converted outputs can be delivered to repositories that manage web archive content.
Batch Document Publishing
Large sets of PDFs can be transformed into portable web files without manual intervention.
Dynamic Content Exporting
Systems can generate MHTML versions of documents on demand for sharing or review.