Arctic Green Granite is a type of granite known for its unique combination of colors and patterns that is quarried in Finland. Here's a general description of its appearance:

Arctic Green Granite typically features a predominantly green base, with shades ranging from light to dark green. The green coloration can vary, encompassing tones of moss green, olive green, or forest green. This vibrant green base gives the stone its distinctive character.

Complementing the green hues, you may also find areas of gray, black, or white within the granite. These colors can appear as veins, patches, or speckles, creating a beautiful contrast against the green backdrop. The gray and white accents often provide a sense of balance and depth to the overall appearance of the stone.

Arctic Green Granite has a granular texture due to its composition of various minerals. You can expect to see visible crystals of minerals like feldspar, quartz, and mica. These minerals may sparkle when exposed to light, adding a subtle shimmer and enhancing the visual appeal of the stone.

It's important to note that granite is a natural material, and there can be variations in color, pattern, and veining from one slab to another. The exact appearance of Arctic Green Granite can vary depending on the specific quarry and the particular block of stone being used.

To obtain a more accurate representation of Arctic Green Granite's appearance, it is recommended to search for images online or visit a local stone supplier to see samples in person. This will give you a better understanding of the specific characteristics and variations of Arctic Green Granite.

Technical properties
EN_13755 Water absorption 0.13 %
EN_1936 Apparent density 2680 kg/m3
EN_12372 Flexural strenght 8.8 Mpa
EN_12371 Frost resistance, change of flexural strenght* -3.4 %
EN_1926 Compressive strenght 183 Mpa
EN_14157 Abrasion resistance 18 mm
EN_13364 Breaking load at dowel hole 1950 N
* after 48 cycles
Mineral content
Values according to new EN-12407 standard.
K-feldspar 29.1 Wt %
Plagioclase 27.0 Wt %
Quartz 26.3 Wt %
Amphibole 13.3 Wt %
Biotite 2.3 Wt %
Accessory minerals 1.9 Wt %