SPECIFICATIONS
|
|
| Blade color |
- |
| Material |
Clay-Tempered 1095 High Carbon Steel |
| Guard (Tsuba 鍔) |
Aged Bronze |
| Scabbard (Saya 鞘) |
Solid Wood |
| Handle (Tsuka 柄) |
Imitation Rayskin Over Solid Wood |
| Menuki |
Aged Bronze |
DIMENSIONS
|
|
| Length with scabbard |
39.0 in (100 cm) |
| Length of the blade |
28.0 in (71 cm) |
| Length of the handle |
11.4 in (29 cm) |
"The authority of the heavens, grounded in the strength of the earth."
The Tenpa 天覇 stands as a study in authoritative design and refined presence. Forged for those who seek a profile that radiates both nobility and martial strength, this work is defined by a sophisticated olive green and gold palette, providing a regal, earth-toned silhouette that distinguishes it from conventional designs. It serves as a fitting centerpiece for any collection, honoring a legacy of endurance through its meticulously balanced form and elevated aesthetic.
The structural foundation of this work is established through the manual forging of 1095 High-Carbon Steel, a material selected for its exceptional purity and resilience. Through the traditional method of clay-tempering, the steel undergoes a natural internal transformation that creates a dual-density architecture: a high-density edge for enduring integrity and a flexible, shock-absorbing spine. This thermal process manifests in a highly visible temper line—a permanent testament to the piece’s disciplined heat treatment and superior structural balance.
Complementing the refined steel is the visual elegance of the aged bronze Tsuba, featuring ornate reliefs that provide a sense of historical character and antique weight. Every component reflects a commitment to structural integrity, where the Tsuka is built from an imitation rayskin foundation over solid wood, secured with a disciplined cord wrap and anchored by traditional Mekugi pins to ensure absolute stability. Housed in a solid wood Saya featuring a custom olive and gold finish, the Tenpa remains a unified tribute to the exacting standards and meticulous mechanical principles of the classical forge.