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Stainless Steel Disc Bolt Triumph Front

Stainless Steel Disc Bolt Triumph Front

$5.16

Part Number: MLSSDISCTRIFR

Color:: X

X

X

$5.16

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Description

Stainless Steel Highly Polished Triumph Disc Bolt - Allen Key Head M8 thread (1.25pitch) x 30mm length. Fits many Models of Triumph - varies Front, Rear or Both. Not only strong but also offers great corrosion resistance. Please note this is a shouldered bolt see below for silhouette. Priced individually and listed in model specific bike sections where fitment has been established.

Additional Information

Part No.	MLSSDISCTRIFR
Material	Stainless
Product Type	Brake / Caliper
Weight in Gms	15.1200
Bar Code	5053573764867
Country of Manufacture	United Kingdom
Allen Key Size	6mm
Head Diameter	16mm
Head Style	Special - Allen Key
Head Height	3.5mm
Thread Diameter	8mm
Thread Pitch	1.25mm
Thread Length	20mm
Length	30mm
Shank Length	11mm
Pack Quantity	1

Material Information

Stainless Steel

Manufactured from A316 stainless steel. A316 stainless steel has a minimum chromium content of 16.5% and contains elements of carbon, molybdenum, silicon, phosphorus, sulphur, nickel, manganese and iron, all of which add properties of formability, strength, weldability and enhanced corrosion resistance. All of the fasteners are highly polished to a mirror-like finish.

Density 8030kg/m³ (501lb/ft³)
Young's Modulus 193GPa (28 x 10⁶psi)
Yield Strength 260MPa (37.7 x 10³)
Ultimate Tensile Strength 570MPa (82.7 x 10³ psi)
Compressive Strength 260MPa (37.7 x 10³ psi)
Shear Modulus78GPa (11.3 x 10⁶ psi)
Ductility 40% elongation at break +
Minimum value allowed by ASTMA240
Poisson's Ratio0.27
Hardness 95 Rockwell B+
Maximum value allowed by ASTMA240
Strength-to-Weight Ratio 32.4 kNm/kg
Stiffness-to-Weight Ratio 24.0 Mnm/kg

Black & Gold Stainless Steel: Long lasting finish resulting from an application of Diamond Like Coating (DLC). This unique finish increases the fastener lifetime and helps to prevent galling whilst providing a supreme hardness and offering the optimum in corrosion resistance thanks to a nanocomposite coating.