The Tottori Sakura Cask Matsui Japanese Whisky 700ml

The Tottori Sakura Cask Matsui Japanese Whisky 700ml

The Tottori Sakura Cask Matsui Japanese Whisky is a stunning expression of craftsmanship, inspired by the beauty of Japan's iconic cherry blossoms. Carefully aged in sakura (cherry wood) casks, this whisky embodies the elegance and balance that define Japanese whisky-making traditions.

Tasting Notes

• Appearance: Light amber with a rosy hue.
• Aroma: A delicate bouquet of floral notes, cherry blossom, and light oak, with hints of vanilla and honey.
• Palate: Smooth and refined with flavors of sweet cherries, subtle spices, toasted almonds, and a touch of citrus zest. The sakura cask imparts a soft floral sweetness that enhances the whisky's complexity.
• Finish: Long and gentle, with lingering floral and fruity nuances.

Additional Information

• Region: Tottori Prefecture, Japan
• Cask Type: Aged in Sakura (Cherry Wood) Casks
• ABV: 40% (80 Proof)
• Please note, this item is not shipped in the original packaging.

Craftsmanship Highlights

• Heritage: Produced by Matsui Shuzo, a distillery with over 100 years of experience in traditional Japanese spirits.
• Unique Aging: The use of sakura casks is a nod to Japan's cherry blossom culture, adding a distinctive floral character to the whisky.
• Small Batch Production: Carefully crafted in limited quantities to ensure exceptional quality.

Serving Suggestions

• Neat: Enjoy its delicate flavors and aromas at room temperature.
• On the Rocks: Enhance its refreshing floral notes with a single ice cube.
• Cocktails: Perfect for a refined highball or a floral twist on classic whisky cocktails.

Why Choose This Whisky?

The Tottori Sakura Cask Matsui Japanese Whisky is a tribute to Japan's artistry and nature. With its unique sakura cask aging, this whisky offers a distinctively floral and elegant profile that appeals to both whisky connoisseurs and those new to Japanese whisky. It's an exceptional addition to any collection or a thoughtful gift for special occasions.