The Decorative Periodic Table — 83 real chemical element samples embedded in high-quality transparent acrylic resin, on a wooden base. Dimensions: 15 × 11.5 × 2 cm. Available in 3 packs: table only, with USB illuminated base, or with wireless illuminated base. A decorative, scientific, and educational object.
3 packs available
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Table only
Acrylic resin + 83 elements
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USB illuminated wooden base
Backlight · USB cable
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Wireless illuminated wooden base
Backlight · wireless
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83 real element samples
83 real chemical elements embedded in resin — from lithium to bismuth, including gold, copper, mercury, and sulfur. Each square contains an authentic sample.
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Transparent acrylic resin
High-quality resin that protects the elements while allowing them to be observed from all angles — a permanent scientific showcase.
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Solid wooden base
Natural wooden base that highlights the table — available with USB or wireless backlighting to enhance the elements.
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15 × 11.5 × 2 cm
Compact format that can be placed anywhere — desk, shelf, bookshelf, or collection display case. Ideal for workspaces and classrooms.
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Concrete educational support
Makes learning chemistry tangible and memorable — students and curious individuals can observe real elements, not just representations.
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Original gift for scientists
Unusual and memorable gift idea for science enthusiasts, chemistry students, teachers, or collectors of scientific objects.
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83 real elements · acrylic resin · wood · 15 × 11.5 × 2 cm · 3 packs
This periodic table is not a printed reproduction — it's an authentic scientific object. 83 real chemical element samples embedded in high-quality transparent acrylic resin: metals, metalloids, non-metallic solids. Gaseous and radioactive elements are excluded for safety reasons, but the vast majority of solid elements are represented. Decoration, pedagogy, and curiosity combined in 15 × 11.5 cm.
📦 The 3 available packs
🔬Table only
Acrylic resin + 83 elements — without base
🔌USB base pack
Table + illuminated wooden base via USB cable
⚡Wireless pack
Table + wireless illuminated wooden base
| Materials |
Transparent acrylic resin + wood |
| Dimensions |
15 × 11.5 × 2 cm |
| Elements included |
83 real chemical element samples |
| Exclusions |
Gaseous and radioactive elements (safety) |
| Packs |
Table only / USB Base / Wireless Base |
| Use |
Decoration · pedagogy · collection |
Elements excluded for safety reasons: gaseous elements (hydrogen, oxygen, nitrogen, noble gases...) and radioactive elements (uranium, plutonium, radium...) are not included. The 83 represented elements are all stable and safe solids.
Usage tip: the pack with an illuminated base (USB or wireless) enhances the elements by backlighting them — the visual effect in a dark room is particularly striking. Ideal for a desk, bookshelf, or collection display case.
🎁 The ultimate scientific decorative object: 83 real elements in acrylic resin, 15 × 11.5 × 2 cm, 3 packs to choose from. An original and memorable gift for a chemistry student, teacher, science enthusiast, or collector — birthday, Christmas, graduation gift.
Frequently asked questions
Are the elements really real?
Yes — these are not printed representations. Each square contains a real chemical element sample embedded in the acrylic resin. The 83 represented elements are all stable and safe solids (gaseous and radioactive ones are excluded).
Why only 83 elements and not 118?
The periodic table has 118 elements, but some are gaseous at room temperature (hydrogen, oxygen, nitrogen, noble gases) or radioactive (uranium, plutonium...). For safety and practicality reasons, only the 83 stable solid elements are included — which represents the vast majority of accessible elements.
What is the difference between the 3 packs?
The 3 packs include the same acrylic resin table with 83 real elements. The difference is in the base: pack 1 = table only (without base). Pack 2 = table + wooden base with backlight powered via USB. Pack 3 = table + wooden base with wireless backlight.
Is it good educational support?
Absolutely — it's one of its main strengths. Observing real elements rather than an abstract representation makes learning chemistry more concrete and memorable. Ideal for chemistry students, high school students, or anyone curious about science.
