By incorporating cypress into your life, you can create a soothing and relaxing space with its pleasant scent and beautiful grain.
Cypress, which combines a soft luster, a pure fragrance, and excellent durability, is highly popular as an interior material and for bathtubs.
| Binomial name | Chamaecyparis obtusa |
|---|---|
| Familia | Cupressaceae |
| Range | Japan |
| Wood | Slightly light and soft; heartwood is highly durable and resistant to moisture. |
| Specific Gravity | 0.41 |
| Uses | Architecture, furniture, sculpture (e.g., Buddhist statues), wooden molds, bentwood items, buckets; also valued for shrine construction (e.g., Ise Grand Shrine) and luxury bathtubs. |
We export cypress according to customer demand.
Elegant Beauty and Soothing Fragrance
The charm of hinoki (Japanese cypress) lies in its delicate and beautiful grain, accompanied by a soft luster. Over time, its color deepens into a warm amber tone, reflecting the Japanese sense of aesthetics. In addition, hinoki’s refreshing and distinctive aroma evokes the feeling of being in a forest, providing a lasting sense of calm and relaxation to any living space. It is a unique characteristic that appeals to both sight and smell.
Unparalleled Durability and Longevity
Hinoki is renowned worldwide for its exceptional durability. The heartwood, in particular, is highly resistant to water, decay fungi, and termites—even without chemical treatment. The fact that Horyu-ji Temple has stood for over 1,300 years is a testament to this. While the initial cost may be higher, hinoki enables long-lasting construction with reduced maintenance, making it a truly sustainable material that can be passed down through generations.
Moisture Control and Environmental Consideration
In Japan’s hot and humid climate, hinoki offers excellent moisture-regulating properties. It helps maintain a stable indoor environment, prevents condensation and mold, and supports both the well-being of residents and the longevity of buildings. Moreover, as a sustainably managed resource, hinoki contributes to environmentally friendly construction with low ecological impact.
