Pentire Coastal Spritz Can
Pentire Coastal Spritz Can
This Pentire Coastal Spritz blends signature coastal botanicals with Blood Orange, Sea Rosemary, and Oakwood for a refreshing non-alcoholic drink that captures the essence of the Cornish coastline in every can.
In stock
Dispatched directly by Pentire Drinks from United Kingdom
UK standard delivery typically 1–3 business days
The Pentire Coastal Spritz offers a sophisticated non-alcoholic option, crafted with a unique blend of botanicals inspired by the rugged Cornish coast.
Pentire’s signature coastal botanicals are carefully blended with Blood Orange, Sea Rosemary and Oakwood to create the perfect balance of natural bitter flavours and refreshing coastal tones.
Whether it’s hiking on a mountain, camping in a forest or kicking back at the beach, enjoy refreshing coastal flavours wherever you adventure. Healthy hangouts made easy.
Available in convenient can sizes for easy enjoyment:
- 4x 200ml
- 12x 200ml (save £3)
- 24x 200ml (save £12)
About Our Brand Pentire Drinks
The non-alcoholic spirits category has seen rapid growth, yet many products focus on mimicking alcohol rather than offering genuine complexity. Pentire Drinks was founded to address this, creating spirits that stand independently, designed for those seeking a thoughtful drink without compromise.
What truly sets Pentire apart is its deep connection to the Cornish coastline. The brand expertly harnesses native coastal botanicals, translating the unique character of these plants into distinct flavour profiles. Rather than imitating existing spirits, Pentire cultivates its own botanical language, shaped by the salt air, sea flora, and rugged natural environment of Cornwall.
Pentire's commitment to environmental responsibility is embedded in its operations, with a percentage of monthly sales consistently allocated to charities and organisations dedicated to ocean and environmental protection. This ongoing contribution reflects a core founding principle that commercial success and ecological stewardship are intrinsically linked.