Download any of the 12 free printable periodic table PDFs below — formatted for A4 landscape. No sign-up required.
Each PDF is generated server-side and optimised for A4 landscape printing (also compatible with US Letter). Variants range from a minimal black-and-white exam sheet to colour-coded category charts, electron configuration tables, periodic trend visualisations, and data-rich reference sheets. All 118 elements are included in every PDF. Downloads are free with no account required.
Clean, distraction-free printable table
A crisp black-and-white periodic table with only the essential information: atomic number, symbol, element name, and atomic mass. No colours, no noise — just the data you need under exam conditions.
Best for: Exam preparation, Quick reference, Print & annotate
Download PDF — FreeVisual element classification at a glance
Every element group has its own distinct background colour — alkali metals in soft red, noble gases in violet, transition metals in teal, and more. A full legend identifies every category. Perfect for first-time learners building a mental model of the periodic table.
Best for: Beginners, Visual learners, Classroom display
Download PDF — FreeExam-focused chemistry learning
Each element cell displays its abbreviated electron configuration (noble gas notation) and common oxidation states. Ideal for chemistry students learning about electron structure, chemical bonding, and reactivity patterns.
Best for: High school chemistry, University entry preparation, Exam revision
Download PDF — FreeVisualise electronegativity, atomic radius & ionisation energy
Understand how element properties change across periods and down groups. Each cell shows electronegativity (Pauling), atomic radius in picometres, and first ionisation energy in eV. Trend arrows guide your eye across and down the table.
Best for: Concept learners, Teachers & lecturers, Chemistry revision
Download PDF — FreeDensity, melting & boiling points for every element
A data-rich reference sheet for advanced students and professionals. Each element cell features a coloured state strip (solid / liquid / gas at 20°C), density in g/cm³, melting point, and boiling point in °C. Unknown or estimated values are clearly marked.
Best for: Advanced students, University level, Scientific reference
Download PDF — FreeColour-coded by outer electron count — essential for bonding
Each element is colour-coded by its number of valence electrons (1–8), making it immediately clear which elements can form the same types of bonds. Transition metals, lanthanides, and actinides are marked as variable.
Best for: Bonding theory, Lewis structures, Introductory chemistry
Download PDF — FreeIonic charges colour-coded by sign — ideal for formula writing
Every element cell shows its common oxidation states with the cell background colour-coded by charge type: blue for cations, red for anions, orange for mixed charges, and grey for neutral noble gases.
Best for: Ionic bonding, Formula writing, Redox reactions
Download PDF — FreeSimple 4-category classification — perfect for beginners
A clean, large-print classification chart ideal for introductory or lower-secondary chemistry. Elements are grouped into four broad categories with bold, high-contrast colours: metals (blue), metalloids (yellow), nonmetals and halogens (green), and noble gases (purple).
Best for: Lower secondary, Classroom display, First-time learners
Download PDF — FreeLarge, bold atomic masses — built for stoichiometry
A clean black-and-white table with each element's atomic mass displayed in large, bold text — making it fast to scan and read even under pressure. Atomic masses follow IUPAC 2021 values with 2–3 decimal places for main group elements.
Best for: Stoichiometry, Mole calculations, University chemistry
Download PDF — Frees · p · d · f blocks colour-coded
Every element is coloured by its electron block — the subshell that receives the last electron. The four blocks (s, p, d, f) map directly onto orbital filling order and determine an element's chemical behaviour.
Best for: Orbital theory, Electron configuration, Advanced learners
Download PDF — FreeGradient from lightest to heaviest elements
A continuous colour gradient maps each element's density from the lightest gases (blue) to the densest metals like osmium and iridium (red). The numeric density value (g/cm³) is printed inside every cell.
Best for: Materials science, Physical chemistry, Lab reference
Download PDF — FreePauling scale gradient — low (green) to high (red)
Electronegativity determines how strongly an atom attracts electrons in a bond. This heatmap colours every element on the Pauling scale from low (green, e.g. Cs ≈ 0.79) to high (red, e.g. F = 3.98). The numeric value is printed inside each cell.
Best for: Bond polarity, Chemical bonding, Organic chemistry
Download PDF — Free