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100% Original
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Applicable Models
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XR100MOTARD 05-08 Rear.
XR50 MOTARD 05-08 Rear.
XR100MOTARD 05-08 Front
XR50 MOTARD 05-08 Front
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Product Detail
Specification
Type: Extra-low head Φ10-M8×22Size: M8 P=1.25 / d=6 / Dc=16 / K=3.2 / ds=10 / lg=6 / L=22
Number of pieces: 3
Description
The titanium disc bolts are designed with a different head shape from the genuine product for ease of work.
Due to the strength advantage of 64 titanium, we succeeded in increasing the tooling allowance.
In addition, some of the stock disc bolts are longer than necessary, but ZETA products are designed to be the optimum length for further weight reduction.
Hot forging, cutting, and rolling
ZETA titanium products are characterized by a simple design without unnecessary decorative processing. ZETA's titanium products are characterized by a simple design with no unnecessary decorative processing, emphasizing the original purpose of titanium. Not only is the titanium material machined, but it is also hot forged to achieve a tensile strength that exceeds the strength of the material. The head is precision machined to ensure optimum quality, and because of the high strength of the material, it is designed to be one size smaller to further reduce weight. The head is precision machined to ensure optimum quality, and the high-strength material is designed to be one size smaller to further reduce weight. The threaded part is rolled to prevent seizure and galling.
Use of 64 titanium
In Japan, it is commonly called "64 titanium," but the correct name is "JIS 60" and "TAB 6400. The American ASTM standard calls it "ASTM B348 Gr5" (Grade 5). The notation "Ti-6AL-4V" clearly indicates the chemical composition, meaning that it contains 6% aluminum (AL) and 4% vanadium (V) by mass fraction. It is widely recognized and used as a medical metal for implants and artificial bones. Also, because of its strength, it is used in aircraft, space industry, nuclear industry, industrial turbines, automobiles, motorcycle exhausts, golf club heads, etc. Titanium 64 is the most commonly used alloy, accounting for 70% of all titanium alloys.
Light weight: Specific gravity is about 4.5, which is between iron 7.8 and aluminum 2.8. (55-60% of the weight of iron).
High strength: Tensile strength is over 900N/mm2, comparable to 930N/mm2 of SCM435 (chromium molybdenum steel).
No rusting: No semi-permanent deterioration due to the formation of passive film on the surface.
Friendly to people and the environment: Used as implants and artificial bones because there is no need to worry about metal allergies. It is also recyclable.
Beautiful: Used as ornaments due to its excellent corrosion resistance. Can be anodized to produce a variety of colors.
Difficult to process: High technology is required for cutting, press molding, and welding.
High price: Rare metal, time consuming to refine, and difficult to process.
High cost: It is a rare metal and requires a lot of work to refine and is difficult to process.
Types of titanium and comparison of strength with other metals
Pure titanium: Less expensive than other titanium alloys. Pure titanium: Less expensive than other titanium alloys; excellent in corrosion resistance but low in strength.
Alpha alloy: Excellent in creep resistance (deformation rate against stress for a long time). Excellent in welding work, but poor in workability.
Beta alloy: Has the highest strength among titanium alloys. Excellent workability, but production cost is very high.
ZETA titanium products are made of Ti-AL-4V, an α-β alloy.
Due to the strength advantage of 64 titanium, we succeeded in increasing the tooling allowance.
In addition, some of the stock disc bolts are longer than necessary, but ZETA products are designed to be the optimum length for further weight reduction.
Hot forging, cutting, and rolling
ZETA titanium products are characterized by a simple design without unnecessary decorative processing. ZETA's titanium products are characterized by a simple design with no unnecessary decorative processing, emphasizing the original purpose of titanium. Not only is the titanium material machined, but it is also hot forged to achieve a tensile strength that exceeds the strength of the material. The head is precision machined to ensure optimum quality, and because of the high strength of the material, it is designed to be one size smaller to further reduce weight. The head is precision machined to ensure optimum quality, and the high-strength material is designed to be one size smaller to further reduce weight. The threaded part is rolled to prevent seizure and galling.
Use of 64 titanium
In Japan, it is commonly called "64 titanium," but the correct name is "JIS 60" and "TAB 6400. The American ASTM standard calls it "ASTM B348 Gr5" (Grade 5). The notation "Ti-6AL-4V" clearly indicates the chemical composition, meaning that it contains 6% aluminum (AL) and 4% vanadium (V) by mass fraction. It is widely recognized and used as a medical metal for implants and artificial bones. Also, because of its strength, it is used in aircraft, space industry, nuclear industry, industrial turbines, automobiles, motorcycle exhausts, golf club heads, etc. Titanium 64 is the most commonly used alloy, accounting for 70% of all titanium alloys.
Light weight: Specific gravity is about 4.5, which is between iron 7.8 and aluminum 2.8. (55-60% of the weight of iron).
High strength: Tensile strength is over 900N/mm2, comparable to 930N/mm2 of SCM435 (chromium molybdenum steel).
No rusting: No semi-permanent deterioration due to the formation of passive film on the surface.
Friendly to people and the environment: Used as implants and artificial bones because there is no need to worry about metal allergies. It is also recyclable.
Beautiful: Used as ornaments due to its excellent corrosion resistance. Can be anodized to produce a variety of colors.
Difficult to process: High technology is required for cutting, press molding, and welding.
High price: Rare metal, time consuming to refine, and difficult to process.
High cost: It is a rare metal and requires a lot of work to refine and is difficult to process.
Types of titanium and comparison of strength with other metals
Pure titanium: Less expensive than other titanium alloys. Pure titanium: Less expensive than other titanium alloys; excellent in corrosion resistance but low in strength.
Alpha alloy: Excellent in creep resistance (deformation rate against stress for a long time). Excellent in welding work, but poor in workability.
Beta alloy: Has the highest strength among titanium alloys. Excellent workability, but production cost is very high.
ZETA titanium products are made of Ti-AL-4V, an α-β alloy.
Caution
*The shape may be the same for installation depending on the model.*In accordance with the manufacturer's maintenance manual, be sure to apply thread locking agent before installation.
*Please check the compatibility chart before purchasing.
Applicable Models
XR100MOTARD 05-08 Rear.
XR50 MOTARD 05-08 Rear.
XR100MOTARD 05-08 Front
XR50 MOTARD 05-08 Front
Show more