Convert RTF to TXT: Extracting Words Without the Formatting Instructions

RTF-to-TXT removes a document language and retains only the words it can express

RTF is not plain text with a few decorative markers. It is a formatted-document language that begins with an RTF header and uses nested braces, font and colour tables, and backslash-led control words. TXT has no standard way to store bold, italic, font size, a placed picture, page margin, table border, or revision instruction. A conversion to TXT deliberately removes that presentation layer and keeps readable characters plus a limited set of line breaks and separators. Microsoft describes plain-text saving as exporting document content without formatting; that is the correct expectation for this target.

This is useful for search indexing, importing prose into a system that accepts text only, reviewing a document’s wording, or creating a lightweight copy when layout has no value. It is not a visual copy of an RTF. If a heading was distinguished only by larger bold type, the TXT output needs a text convention such as a separate line, not the original appearance. If a table depended on cell widths and borders, it may become tab-separated or line-separated values. Keep the RTF whenever the formatting, embedded pictures, or page arrangement still matters.

A proper extractor parses groups, destinations, and Unicode fallbacks instead of deleting backslashes

The visible sentence in an RTF is mixed with instructions. \b controls bold, \par marks a paragraph, and braces scope the formatting. Some groups are destinations that contain metadata or alternate representations rather than body prose. Simply deleting every backslash word with a regular expression can leave font-table names, colour data, fields, or duplicate fallback text in the output. Nested groups make this especially unreliable: an extractor must know whether it is inside ordinary document text or a destination that should be skipped.

Unicode is a second reason to use an RTF-aware parser. RTF can use \u followed by a signed 16-bit value for a Unicode code unit. The \uc setting tells a reader how many following fallback characters to skip. A correct plain-text extractor emits the Unicode character and skips the matching fallback, rather than writing both. RTF may also declare a legacy code page such as \ansicpg1252 for ordinary byte text. The correct output encoding then has to be chosen deliberately, usually UTF-8 for a current text workflow, after the RTF bytes have been interpreted under their own declaration.

Plain text gains portability and searchability while losing every visual or interactive distinction

• Small, broadly readable output: TXT is useful where the destination accepts characters and line breaks but not office-document structures.
• Formatting disappears by design: bold, italic, font face, colour, margins, headers, and page numbering have no native TXT representation.
• Unicode can be retained: an RTF-aware conversion can output the intended Unicode characters, but saving the TXT in an incompatible code page can still damage them.
• Tables become a convention: cells may become tabs or separated lines; border geometry, merged cells, and widths do not survive.
• Pictures become absent or a written placeholder: pixels do not turn into words unless OCR was separately performed and checked.
• Fields lose behaviour: a displayed date, page number, or result can remain text, but the instruction that updates it cannot run in TXT.

The gain and loss are both valuable when named honestly. A text-only downstream system often needs words without invisible styling instructions. A record that needs a faithful layout does not. Before converting, decide whether the target needs searchable wording, a machine-readable export, or an editable document. The first can justify TXT. The other two usually require the RTF, a DOCX or ODT source, or a verified PDF reference.

Text editors make encoding choices that are separate from the RTF conversion itself

Notepad, TextEdit, command-line tools, and import systems can all display a TXT file, but they may make different default choices for line endings and character encodings. That happens after RTF parsing. A well-parsed RTF can still arrive as unreadable text if the output is saved as one encoding and read as another. Microsoft’s file-format guidance distinguishes RTF, which exports content and formatting for applications to interpret, from TXT, which saves content without formatting. It is therefore sensible to label the target encoding when the output crosses systems instead of assuming every older program treats UTF-8 the same way.

Do not test only ordinary English letters. Open the TXT in the destination editor and inspect names with accents, curly quotation marks, currency signs, and any script used by the document. Check whether a paragraph break became a new line and whether the receiving system treats its expected line ending correctly. If the target is a database or a script, verify its documented import encoding before export. A text file has fewer moving parts than RTF, but its lack of embedded formatting means there is nowhere inside the file to rescue an ambiguous encoding decision.

Line endings deserve a separate check because they are characters in the TXT result, not visual page instructions. Windows software commonly expects a carriage-return and line-feed pair, while Unix-like tools commonly use a line feed. Many current editors handle both, but an import routine may treat an unexpected line ending as one long record or leave a stray character at the end of each line. When TXT is headed to an automated system, inspect the first few imported records rather than relying on how one desktop editor displays them.

Duplicate characters, raw RTF code, and broken tables point to predictable extraction mistakes

If the TXT contains fragments such as \fonttbl, \red0, or repeated font names, the conversion treated RTF markup as visible prose. Re-export using a parser or document program that understands RTF groups and destinations; do not attempt to clean a large file by hand. If a Unicode character is followed by an extra odd symbol, the extractor may have emitted both the \u character and its fallback character instead of applying the file’s \uc count. Recreate the output from the unchanged RTF so the same issue is not repeated at every character.

If all accented characters are wrong, look at the beginning of the source before blaming the TXT editor. A documented failure occurs when bytes declared as \ansicpg1252 are rewritten as UTF-8 while the declaration is left unchanged; an RTF reader then decodes the wrong byte meaning. An RTF-aware conversion must first follow the RTF declaration and escapes, then write the intended TXT encoding. Keep the source bytes untouched until the text result has been verified. Manual symbol replacement is not a safe repair for a document-wide encoding error.

A table that turns into a stream of values is often a real loss, not corruption. TXT cannot store column width, vertical alignment, borders, merged cells, or page placement. Use tabs only when the receiving program expects tab-delimited data, and examine rows containing blank cells because they can be hard to interpret once borders vanish. If the table is needed as a table, export CSV for simple data or keep a document/spreadsheet version rather than treating TXT as a substitute.

A conversion table for deciding what the TXT output really represents

Questions before treating a TXT export as the document

Why not remove RTF tags with find and replace?
RTF has nested groups, control symbols, destinations, and Unicode fallbacks. Blind deletion can expose metadata, lose words, or duplicate characters. Use an RTF-aware converter.

Will TXT keep bold headings and tables?
No. It can keep the heading words and table values, but bold type, borders, widths, and merged cells have no plain-text equivalent.

Why is a character repeated after conversion?
The extractor may have written both an RTF Unicode escape and its fallback character. Reconvert while honoring the \uc fallback count.

Can TXT preserve pictures or scanned signatures?
No. A plain text file contains characters only. Keep the RTF or image; OCR text is a separate, reviewable result.

What should be retained after export?
Keep the original RTF and verify the TXT in the real target program, especially its encoding, paragraph breaks, tables, and special characters.