Granite, Marble, Quartzite, Soapstone Countertops in Hendersonville, NC
EXOTIC STONE COLLECTION FROM AROUND THE WORLD
International Stone Distributor provides the best selection of natural stone materials in Hendersonville, North Carolina area.
If you need granite, marble, quartzite, or soapstone countertops, please be sure to check ISD inventory. We are go-to source for many stone fabricators in Hendersonville, NC
An igneous rock created by lava beneath earth’s surface cooled very slowly overtime.
While cooling the gases were trapped and lava mixed with natural minerals.
Quartz, Feldspar, Mica forming rocks with large crystals.
Heat resistance, scratch resistance, low maintenance make granite a great choice for kitchen countertops.
International Stone Distributor carries a great selection of granite slabs, ready to be used for any countertop needs in Hendersonville, NC
A hard crystalline metamorphic rock formed when limestone is exposed to high temperatures and pressures. It is composed primarily of the minerals Calsite, Micas, Quartz, Pyrite Graphite.
Marble is available in a wide spectrum of colors. White marble countertops show very little color, though many have appealing swirls and veins of off-white, rose or gray.
Marble countertops are becoming very popular in the Hendersonville, NC Area.
Begins as sandstone but with heat and empty spaces between the sandstone were filled with the mineral quartz which fused together under heat and pressure make a Quartzite Metamorphic rock composed almost entirely of pure quartz which is the hardest material on earth.
Unique colors, high durability, and low maintenance are just some of the reasons people choose quartzite for their countertops in Hendersonville, NC
Soapstone is a metamorphic rock that is composed primarily of talc, with varying amounts of chlorite, micas, amphiboles, carbonates, and other minerals.
Soapstone countertops gaining popularity in Hendersonville lately.
Soapstone has an unmatchable natural warmth. It is durable, easy to clean, and it is nonporous and nonabsorbent.