Independent public registry. Not affiliated with or endorsed by TTB.  Coverage & Limitations →
TTB COLA Record

SANDSTONE CELLARS XX

Approved Jul 5, 2018
High confidence Exact registry match — this is a specific TTB COLA record. We found a strong match for this wine.
What to Expect

This wine from SANDSTONE CELLARS showcases a versatile selection of Syrah, Cabernet Sauvignon, Barbera, and Petit Verdot. While the exact origin isn't specified, these grapes are known for their rich flavors and robust profiles—perfect for those who appreciate full-bodied red wines that can pair beautifully with a variety of dishes, from grilled meats to hearty stews. Whether you prefer the savory and peppery notes of Syrah or the more concentrated, fruit-forward style of Shiraz, this wine offers something for every palate.

TTB ID18156001000549
Brand nameSANDSTONE CELLARS
Fanciful nameXX
Class / type—
Origin / appellation—
Grape varietalsSyrah, Cabernet Sauvignon, Barbera, Petit Verdot
Approval dateJul 5, 2018
StatusAPPROVED
Serial number180001
Permit numberBW-TX-167
Producer name & addressSANDSTONE CELLARS WINERY, HAUPERT-SILERIO, INC. 211 SAN ANTONIO MASON TX 76856 SANDSTONE CELLARS&nbsp(Used on label)
TTB recordView on TTB COLA Online →
 Official Source

TTB remains the source of record. Wine Grabber links each record back to the public COLA detail when available.

View official TTB record →
Related Registry Pages

What would you like to do next?

Wine Grabber is a free public registry. Pick the path that fits you — your choice helps us learn what people come here for.

For wine drinkers
Understand & remember this wine
Scan, understand, save, and learn about this wine.
For wine businesses
Manage & monetize this wine data
Turn labels into clean product records, menus, shelf cards, ecommerce copy, and inventory-ready wine data.
Data sourced from the public TTB COLA Online registry. Wine Grabber is not affiliated with or endorsed by TTB. Label images are being added for a growing share of records as we harvest them from TTB. Coverage is partial and growing. Coverage & Limitations →