M8 Motorcycle Gear Shaft

Name: M8 Motorcycle Gear Shaft
Brand: Accurate Auto Industries
Price: 85 INR
Availability: InStock

Price 85 INR/ Piece

Get a Price/Quote

MOQ : 50 Pieces

M8 Motorcycle Gear Shaft Specification

Lubrication Type
Grease Lubricated

Noise Level
Low

Outer Diameter
8.5 cm

Surface Finish
Polished

Load Capacity
High

Usage & Applications
Transmission Systems

Weight
Approx. 1.2 kg

Gear Type
Spur Gear

Bore Size
Standard (Customizable)

Size
8.5 x 8.5 x 23 cm

Material
Stainless Steel

Type
Motorcycle Gear Shaft

Gear Tooth Profile
Involute

Max. Diameter
8.5 cm

Max. Length
23 cm

Car Make
M8 Motorcycle

Hardness
Hardened Steel

Rotational Balance
Optimized Design

Color
Black and Silver

Thickness
2.6mm

Machining Process
CNC Machined

Mounting Type
Press Fit

Shock Resistance
Enhanced

Temperature Range
-20C to 120C

Precision Class
ISO 7

Corrosion Resistance
Yes

M8 Motorcycle Gear Shaft Trade Information

Minimum Order Quantity
50 Pieces

Payment Terms
Cash in Advance (CID)

Supply Ability
500 Pieces Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About M8 Motorcycle Gear Shaft

Discover the best-seller M8 Motorcycle Gear Shaft-now on sale! Crafted from exquisite, polished stainless steel, this gear shaft features a splendid black and silver design and a robust thickness of 2.6mm. It boasts hardened steel hardness, optimum corrosion resistance, and a high load capacity suitable for heavy-duty transmission systems. With CNC machining and an ISO 7 precision class, every detail is perfected for splendiferous reliability. Take advantage of this premium, grease-lubricated spur gear designed for M8 motorcycles and experience optimized rotational balance and low noise performance.

M8 Motorcycle Gear Shaft: Exquisite Material & Versatile Plant Application

Built from high-grade stainless steel and finished to a polished sheen, the M8 Motorcycle Gear Shaft offers exceptional durability and corrosion resistance. Its robust construction is perfect for use in plant transmission systems, thanks to enhanced shock resistance and optimized design. This is a press-fit, spur-type component, specifically engineered for smooth, reliable operation in motorcycles, ensuring seamless integration and long-term value in high-performance plant and automotive applications.

FOB Port, Sample Policy & Supply Ability: M8 Motorcycle Gear Shaft

Our FOB port options include key Indian ports, ensuring prompt global shipment. We offer a transparent sample policy-request a quotation for sample rates and availability. Elevated supply ability supports bulk and custom orders, with rapid lead times to match your project's requirements. Benefit from swift processing from order to shipment, with competitive rates and responsive service as you equip your production line with this precision-engineered gear shaft.

FAQ's of M8 Motorcycle Gear Shaft:

Q: How is the M8 Motorcycle Gear Shaft manufactured for precision and durability?

A: The M8 Motorcycle Gear Shaft is CNC machined from hardened stainless steel, achieving ISO 7 precision and exceptional durability through advanced polishing and optimized engineering.

Q: What are the main applications of this gear shaft?

A: This product is primarily designed for use in motorcycle transmission systems and other industrial plants requiring high-strength, low-noise spur gears with excellent load capacity and reliability.

Q: When can I expect shipment after placing an order?

A: Orders are processed promptly, and shipment is arranged from our FOB port in India. Delivery times depend on your location and order quantity-detailed timelines are provided with your quotation.

Q: Where can I find customization options for bore size?

A: Customizable bore sizes are available upon request. You can specify your requirements during the quotation process to ensure compatibility with your assembly needs.

Q: What benefits does corrosion resistance offer for the gear shaft?

A: Enhanced corrosion resistance ensures the gear shaft maintains performance and appearance, even in demanding environments, reducing maintenance and extending component life.