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Blade: -The Blade Of The Sword Has Been Hand Forged Using The Ancient Method Of Sword Making . Full Hand Forged And Full Hand Polished.-The Blade Was Made Of T-10 High Carbon Steel, And It Has Been Laminated In A Maru Configuration(Single Type Mono Steel). Differential Hardened And Clay Tempered, Water Quenched And Polished.-The T-10 High Carbon Steel (The Steel Has A 0.1% Carbon Content And 0.4% Manganese.）Is Very Solid And Holds An Edge Well. This Blade Was Then Clay Tempered And Has More Than 14 Process Han..
-14%
Blade: -The Blade Of The Sword Has Been Hand Forged And Quenched Using Diferential Hardening, In The Same Methods As Traditional Japanese Nihonto. -The Core Of The Blade Is Made Of Forged AISI 1045 Steel, And The Sides Are Made Of Forged AISI 1095 Carbon Steel Folded 11 Times, Generating 2048 Layers In The Steel, In Kobuse Lamination Style.-The AISI 1095 High Carbon Steel (The Steel Has A 0.95% Carbon Content And 0.4% Manganese. It Is Extremely Hard -58 HRC- Making A Very Sharp Edge). This Blade Is ..
-10%
Blade: -The Blade Is Constructed In SAN MAI Style With Clay Tempered Folded Process. It Is Made Of Two Different Kinds Of Steel, The Folded Steel And 1095 High Carbon Steel. The Outer Steel Is Made Of Folded Steel, And Had Been Folded 12 Times To Create 4096 Layers To Create Great Strength And Flexibility With A Distinct Waved Texture Left On The Blade Resulting From Folded Repeatedly During The Forging. The Core Steel Of The Blade Is Made Of 1095 High Car..
Blade: -The Blade Of The Sword Has Been Hand Forged And Quenched Using Diferential Hardening, In The Same Methods As Traditional Japanese Nihonto.-The Core Of The Blade Is Made Of Forged AISI 1045 Steel, And The Sides Are Made Of Forged AISI 1095 Carbon Steel Folded 11 Times, Generating 2048 Layers In The Steel, In Kobuse Lamination Style.-The AISI 1095 High Carbon Steel (The Steel Has A 0.95% Carbon Content And 0.4% Manganese. It Is Extremely Hard -58 HRC- Making A Very Sharp Edge). This Blade Is Clay Tempere..
Blade: -The Blade Of The Sword Has Been Hand Forged And Quenched Using Diferential Hardening, In The Same Methods As Traditional Japanese Nihonto. -The Core Of The Blade Is Made Of Forged AISI 1045 Steel, And The Sides Are Made Of Forged AISI 1095 Carbon Steel Folded 11 Times, Generating 2048 Layers In The Steel, In Kobuse Lamination Style.-The AISI 1095 High Carbon Steel (The Steel Has A 0.95% Carbon Content And 0.4% Manganese. It Is Extremely Hard -58 HRC- Making A Very Sharp Edge). This Blade&nbs..
Blade: -The Blade Of The Sword Has Been Hand Forged And Quenched Using Diferential Hardening, In The Same Methods As Traditional Japanese Sword.-The Core Of The Blade Is Made Of Forged AISI T-10 Steel, And The Sides Are Made Of Forged AISI 1045 Carbon Steel Folded 10 Times, Generating 1024 Layers In The Steel, In True Sanmai Lamination Style.-The AISI T-10 High Carbon Steel (The Steel Has A 0.1% Carbon Content And 0.4% Manganese. It Is Extremely Hard -58 HRC- Making A Very Sharp Edge). ..
Blade: -The Blade Of The Sword Has Been Hand Forged Using The Ancient Method Of Sword Making . Full Hand Forged And Full Hand Polished.-The Blade Was Made Of L6 Steel, And It Has Been Laminated In A Maru Configuration(Single Type Mono Steel). Differential Hardened And Clay Tempered, Water Quenched And Polished.-The L6 Steel Is Very Solid And Holds An Edge Well. This Blade Was Then Clay Tempered And Has More Than 14 Process Hand Sharpening Work. Which Made The Surface Of The Blade ..
-11%
Blade: -The Blade Of The Sword Has Been Hand Forged Using The Ancient Method Of Sword Making . Full Hand Forged And Full Hand Polished.-The Blade Was Made Of T-10 High Carbon Steel, And It Has Been Laminated In A Maru Configuration(Single Type Mono Steel). Differential Hardened And Clay Tempered, Water Quenched And Polished.-The T-10 High Carbon Steel (The Steel Has A 0.1% Carbon Content And 0.4% Manganese.）Is Very Solid And Holds An Edge Well. This Blade Was Then Clay Tempered An..
-10%
Blade: -The Blade Of The Sword Has Been Hand Forged Using The Ancient Method Of Sword Making . Full Hand Forged And Full Hand Polished.-The Blade Was Made Of T-10 High Carbon Steel, And It Has Been Laminated In A Maru Configuration(Single Type Mono Steel). Differential Hardened And Clay Tempered, Water Quenched And Polished.-The T-10 High Carbon Steel (The Steel Has A 0.1% Carbon Content And 0.4% Manganese.）Is Very Solid And Holds An Edge Well. This Blade Was Then Clay Tempered An..
Blade: -The Blade Of The Sword Has Been Hand Forged Using The Ancient Method Of Sword Making. Full Hand Forged, Hand Polished And Hand Sharpened Work.-The Blade Of The Sword Has Been Hand Forged And Quenched Using Diferential Hardening, In The Same Methods As Traditional Japanese Sword In The Traditional Shihozume Structure. The Sword Is High Class For Collection!!!-The Core Of The Blade Is Made Of Iron To Absorb And Distribute Impact, The Sides Are Made Of Forged AISI 1060 Carbon Steel Folded 11 Times Generating 20..
Blade: -The Blade Of The Sword Has Been Hand Forged And Quenched Using Diferential Hardening, In The Same Methods As Traditional Japanese Nihonto. -The Core Of The Blade Is Made Of Forged AISI 1045 Steel, And The Sides Are Made Of Forged AISI 1095 Carbon Steel Folded 11 Times, Generating 2048 Layers In The Steel, In Kobuse Lamination Style.-The AISI 1095 High Carbon Steel (The Steel Has A 0.95% Carbon Content And 0.4% Manganese. It Is Extremely Hard -58 HRC- Making A Very Sharp Edge). This Blade Is ..
-9%
Blade: -The Blade Of The Sword Has Been Hand Forged And Quenched Using Diferential Hardening, In The Same Methods As Traditional Japanese Nihonto. -The Core Of The Blade Is Made Of Forged AISI 1045 Steel, And The Sides Are Made Of Forged AISI 1095 Carbon Steel Folded 11 Times, Generating 2048 Layers In The Steel, In Kobuse Lamination Style.-The AISI 1095 High Carbon Steel (The Steel Has A 0.95% Carbon Content And 0.4% Manganese. It Is Extremely Hard -58 HRC- Making A Very Sharp Edge). This Blade Is ..