Vietnamese Kyara (Ky Nam) Agarwood Chips – Rare Natural Oud for Pendant & Personal Fragrance

Kyara (known as Ky Nam in Vietnam) represents one of the rarest and most prized forms of agarwood, formed over decades under exceptional natural conditions.

These small chips are selected from naturally resin-rich wood, offering a refined and complex scent profile often described as smooth, deep, and gently sweet with a subtle cooling nuance.

Unlike ordinary agarwood, Kyara does not overwhelm. Its fragrance is quiet yet persistent — developing gradually with body heat and revealing layers over time.

Each piece is entirely natural and one of a kind, showcasing unique oil formations and tonal variations that cannot be replicated.

✔️ Rare Vietnamese Kyara (Ky Nam) agarwood
✔️ Naturally resin-rich with refined aroma profile
✔️ Subtle, evolving scent activated by body warmth
✔️ Each piece is unique in grain, tone, and fragrance
✔️ Ideal for pendant use, personal fragrance, or collection

What You Will Receive

✔️ Traditional brocade storage box
✔️ Replacement cord for long-term use
✔️ Instruction card for proper care
✔️ A small complimentary gift

Cultural & Traditional Significance

Kyara has long been appreciated across many Asian traditions for its rarity and distinctive aroma.

Today, it is often used in personal fragrance, meditation, and quiet appreciation, valued for the calm and refined atmosphere it helps create.

Product Details:
• Origin: Vietnam
• Material: Natural Kyara (Ky Nam) agarwood
• Form: Small chips (suitable for pendant use)
• Aroma: Deep – smooth – subtly sweet – evolving
• Use: Personal fragrance, wearable pendant, or collection

A Rare Collector’s Material

Due to the extreme rarity of Kyara, availability is highly limited. Pieces of this quality are increasingly difficult to find, making them especially valued among collectors and oud enthusiasts.

Each chip represents a unique expression of nature — refined, rare, and timeless.

Authenticity Note
All pieces are natural agarwood. Variations in scent, color, and grain are expected and reflect the uniqueness of the material.