How do I make a printable multiplication chart?

Pick a grid size (10×10, 12×12, 15×15, 20×20, or any size from 1 to 20), choose whether to fill in the products or leave a blank practice grid, and optionally highlight a times table or tint the diagonal. The chart updates instantly, then export a clean SVG or high-resolution PNG to print or drop into a worksheet.

What size multiplication chart should I use?

A 12×12 chart is the classroom standard and covers the facts most curricula require. A 10×10 is friendlier for early learners, while a 1–20 chart suits older students and reference walls. This tool goes up to 20×20 and scales the text so the numbers stay legible at every size.

How do I highlight a single times table?

Choose a factor from the "Highlight a times table" menu — say 7 — and the tool shades the entire 7 row and 7 column so that table stands out as one connected strip. It is a fast way to help a student focus on and memorize one table at a time.

Can I print a blank multiplication grid for practice?

Yes. Uncheck "Show products" and the grid keeps its numbered row and column headers but leaves every cell empty. Students fill in the answers themselves, which builds active recall. Export it as SVG or PNG for clean, repeatable worksheets.

Why is the multiplication chart symmetric?

Multiplication is commutative, meaning a × b always equals b × a. So the value in row 6, column 9 (54) matches the value in row 9, column 6. That mirror symmetry across the diagonal is why you only need to memorize about half of the table.

What are the numbers on the diagonal?

The diagonal from the top-left to the bottom-right holds the perfect squares — 1, 4, 9, 16, 25, 36, and so on — because each of those cells multiplies a number by itself. Turn on the diagonal tint in the tool to highlight them for square-number lessons.

Math Tool

Multiplication Chart Generator for Times Tables

Create a printable multiplication chart — pick the grid size, highlight any times table, and export a clean SVG or PNG. Blank or filled.

Grid size 10, 12, 15, 20 or custom (1–20)Highlight any times tableFilled chart or blank practice gridSVG & PNG export

Grid size (1 to N)

Or a custom size (1–20)

Highlight a times table

Show products (uncheck for blank practice grid)Tint the diagonal (perfect squares)

Multiplication Chart Examples

Common ways to build and label a times table grid

View:

Labeled Multiplication Chart

A clean multiplication chart with numbered row and column headers and products filled in.

labeledchart

12×12 Times Table

A full 12×12 times table with shaded headers and every product filled in.

12x12times-table

Blank Multiplication Grid

A blank practice grid with numbered headers and empty cells for filling in products.

blankpractice

Highlighted Times Table

A multiplication chart with a single times table row and column shaded to stand out.

highlightedtimes-table

Multiplication Chart 1–20

A large 1–20 multiplication chart for older students and reference walls.

1-20large

Colorful Multiplication Chart

A cheerful, colorful multiplication chart poster for a classroom wall.

colorfulposter

What is a multiplication chart?

A multiplication chart — also called a times table grid or multiplication square — is a table that shows the products of two sets of numbers. The numbers along the top form the columns and the numbers down the left side form the rows; the cell where a row and column meet holds their product. On a standard 12×12 chart, the cell in row 7 and column 8 shows 56, because 7 × 8 = 56, and the bottom-right corner shows 144, because 12 × 12 = 144. Because every product appears in a fixed, predictable spot, the chart doubles as a quick reference and as a map of the patterns hidden inside multiplication. This generator draws the grid exactly, so the numbers are always correct no matter how large you make it.

How to read a multiplication chart

To find any product, pick the first factor along the top row and the second factor down the left column, then slide your finger across and down until the row and column meet. The number in that cell is the answer.
Multiplication is commutative, so the chart is symmetric across its diagonal: 6 × 9 and 9 × 6 both land on 54, just on opposite sides of the grid. That mirror image is why you only really need to memorize about half the table.
The diagonal running from the top-left to the bottom-right holds the perfect squares — 1, 4, 9, 16, 25, and so on — because those cells are where a number is multiplied by itself. Turn on the diagonal tint in the tool to make that pattern pop.

Using the chart to learn times tables

Highlighting a single times table is one of the fastest ways to learn it. Pick a factor such as 7 in the tool and the entire 7 row and 7 column are shaded, so a student sees 7, 14, 21, 28, and the rest as one connected strip instead of isolated facts.
Learning the tables in a smart order helps too. The 1s, 2s, 5s, and 10s come quickly because of their obvious patterns; the 9s have the finger trick and a digit-sum rule; that leaves only a handful of harder facts like 6 × 7, 7 × 8, and 8 × 9 to drill.
Because the grid is symmetric, mastering one times table gives you its mirror for free: once 3 × 8 = 24 is solid, 8 × 3 needs no extra work.

Blank charts for practice

Switch off "Show products" to print a blank grid with only the numbered headers. Students fill in each cell themselves, which turns passive reading into active recall — the practice that actually moves facts into long-term memory.
Blank grids work well as timed drills, as a weekly progress check, or as a fill-what-you-know warm-up where learners complete the tables they are confident with and circle the ones that still need work.
Print several copies at different sizes — a 10×10 for early learners, a 12×12 for the standard curriculum, and a 1–20 grid for extension — so the same worksheet grows with the student.

Tips for teachers and parents

Post a filled chart where it is easy to glance at during homework, and hand out blank grids for practice. Seeing the same layout both ways helps students connect the answer to its position.
Use the highlight feature to focus one table per week, and the diagonal tint to introduce square numbers before formal square-root lessons.
Everything renders in your browser and exports as a crisp SVG or a high-resolution PNG, so the charts print sharply on any paper size and drop cleanly into worksheets and slides.

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What is a multiplication chart?

How to read a multiplication chart

To find any product, pick the first factor along the top row and the second factor down the left column, then slide your finger across and down until the row and column meet. The number in that cell is the answer.

Multiplication is commutative, so the chart is symmetric across its diagonal: 6 × 9 and 9 × 6 both land on 54, just on opposite sides of the grid. That mirror image is why you only really need to memorize about half the table.

The diagonal running from the top-left to the bottom-right holds the perfect squares — 1, 4, 9, 16, 25, and so on — because those cells are where a number is multiplied by itself. Turn on the diagonal tint in the tool to make that pattern pop.

Using the chart to learn times tables

Highlighting a single times table is one of the fastest ways to learn it. Pick a factor such as 7 in the tool and the entire 7 row and 7 column are shaded, so a student sees 7, 14, 21, 28, and the rest as one connected strip instead of isolated facts.

Learning the tables in a smart order helps too. The 1s, 2s, 5s, and 10s come quickly because of their obvious patterns; the 9s have the finger trick and a digit-sum rule; that leaves only a handful of harder facts like 6 × 7, 7 × 8, and 8 × 9 to drill.

Because the grid is symmetric, mastering one times table gives you its mirror for free: once 3 × 8 = 24 is solid, 8 × 3 needs no extra work.

Blank charts for practice

Switch off "Show products" to print a blank grid with only the numbered headers. Students fill in each cell themselves, which turns passive reading into active recall — the practice that actually moves facts into long-term memory.

Blank grids work well as timed drills, as a weekly progress check, or as a fill-what-you-know warm-up where learners complete the tables they are confident with and circle the ones that still need work.

Print several copies at different sizes — a 10×10 for early learners, a 12×12 for the standard curriculum, and a 1–20 grid for extension — so the same worksheet grows with the student.

Tips for teachers and parents

Post a filled chart where it is easy to glance at during homework, and hand out blank grids for practice. Seeing the same layout both ways helps students connect the answer to its position.

Use the highlight feature to focus one table per week, and the diagonal tint to introduce square numbers before formal square-root lessons.

Everything renders in your browser and exports as a crisp SVG or a high-resolution PNG, so the charts print sharply on any paper size and drop cleanly into worksheets and slides.