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🔬 Hold the weight of the universe in your palm—Tungsten precision meets pure science chic!
The PATIKIL Tungsten Cube is a meticulously crafted 10mm cube made from 99.95% pure tungsten, boasting a density of 19.25 g/cc and a boiling point of 6192℉. Perfectly polished with sharp edges and engraved scientific details, it serves as both an educational tool and a striking collectible for science professionals, educators, and element enthusiasts alike.
| ASIN | B0DGKWSXLF |
| Best Sellers Rank | #69,724 in Industrial & Scientific ( See Top 100 in Industrial & Scientific ) #86 in Science Classroom Specimens |
| Date First Available | September 14, 2024 |
| Item Weight | 1.06 ounces |
| Manufacturer | PATIKIL |
| Product Dimensions | 3.54 x 2.36 x 0.59 inches |
G**G
Just right
Just interesting -- same density as gold (19.2 vs 19.3 g/cm). Weighs about right on my kitchen scale, so I suppose it's the real thing. A 1cc sample does not feel ponderously heavy -- perhaps a 1 cubic inch sample would yield a greater impression (I suppose it would have to, speaking physically). Very sharp corners and edges, labelled on two sides, and comes with a good size plastic box (maybe the box has a purpose: don't put those sharp edges on something they may scratch, and don't drop it on a hardwood floor, or a toe -- very sharp).
T**L
Good clean fun!
Absurdly heavy! Highly recommend!
D**L
Quality of material
It came on looking shiny with no blemish.
V**O
Molto curato ma davvero minuscolo.
J**E
Niobio es uno más de mi colección de merales
J**E
Es pequeñito pero tengo una buena colección de cubos de metal.
C**N
Bon cube de 10mm de côté.
C**Z
If you're building a collection of elements, it would be rude to omit Niobium. Relatively not-all-that-toxic to handle, this is a nice 1cm cube you can hold, poke at, weigh and admire alongside other metallic and solid elements. Reasonably educational, nice to have. Even though they're pretty small, these 1cm cubed samples do provide a visceral impression of the relative densities, just held in the hand. A sample of Tungsten, for example, is clearly *way* more dense than a chunk of Magnesium or Aluminium. If you wondered what Niobium looks like, and how heavy it seems compared to stuff like aluminium and iron, thios is a fairly accurate 1cc of the stuff to check out