BEVEL PINION 18 TEETH

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MOQ : 1 Unit

BEVEL PINION 18 TEETH Specification

Surface
Heat-treated, precision ground

Product Type
Bevel Pinion Gear

General Use
Industrial gear assembly and transmission systems

Material
Alloy Steel

Type
Pinion Gear

Capacity
Customized as per requirement

Weight (kg)
Approx. 0.95 kg

Computerized
No

Automatic
No

Control System
Manual/mechanical system

Method
Machined and Heat Treated

Dimension (L*W*H)
Diameter: 80 mm, Face Width: 24 mm (approx.)

Feature
Precision machined, durable, high load capacity

Color
Metallic grey

Application
Material handling equipment, gearboxes, hoisting machinery

Hardness
58-62 HRC (after heat treatment)

Processing Type
CNC Machining

Tolerance
+/- 0.02 mm

Bore Diameter
25 mm (approx.)

Lubrication
Grease/Oil as per operational requirement

Manufacturing Standard
Conforms to IS/AGMA/ISO gear standards

Number of Teeth
18

Module
2.5 (can vary as per design)

Pitch Angle
45 degrees

BEVEL PINION 18 TEETH Trade Information

Minimum Order Quantity
1 Unit

Delivery Time
5-7 Days

About BEVEL PINION 18 TEETH

Technical Description & Specifications

Teeth Count: 18 teeth (18T).
Gear Type: Bevel Gear/Pinion (designed for right-angle drives).
Material: Casting iron by heating
Weight : 12 kg
Hardness: Usually hardened to 5562 HRC to resist pitting, scoring, and abrasion from continuous operation.
Module (Mod): Commonly 1M, 2M, or similar for industrial concrete mixers.
Fixing Method: Often features a round hole type with keyway or screw lock, designed for direct installation onto the motor shaft.
Surface Treatment: Often polished to a smooth finish to minimize friction and noise.

Precision Engineering for Industrial Demands

Engineered using CNC machining and stringent heat-treatment processes, the BEVEL PINION 18 TEETH delivers consistent performance in industrial applications. Its tight tolerances and precision-ground surfaces guarantee smooth operation and long service life, even under high load conditions. The gear's adherence to international standards ensures compatibility and reliability across various transmission systems.

High Durability and Customizable Solutions

Manufactured from high-strength alloy steel and hardened to 58-62 HRC, this pinion is built to withstand continuous use in harsh environments. Its customizable capacity, bore size, and other design variables make it suitable for diverse machinery needs. Its metallic grey finish and robust construction provide both durability and a professional appearance in any industrial setting.

FAQ's of BEVEL PINION 18 TEETH:

Q: How is the BEVEL PINION 18 TEETH utilized in industrial assemblies?

A: This pinion is primarily used in gearboxes, hoisting machinery, and material handling equipment, acting as a critical component for transmitting rotary motion and torque within industrial gear assemblies.

Q: What is the manufacturing process for this pinion gear?

A: The BEVEL PINION 18 TEETH is produced through CNC machining with precision grinding, followed by heat treatment to achieve its high hardness rating. This process ensures dimensional accuracy and long-lasting durability.

Q: When should grease or oil lubrication be used with this gear?

A: Lubrication choice depends on the operational environment and load requirements. Grease is suitable for sealed assemblies or lower speeds, while oil is preferable in high-speed or high-load applications to ensure minimal wear and optimal performance.

Q: Where does this pinion conform to industry standards?

A: The gear is manufactured to meet internationally recognized gear standards, including IS, AGMA, and ISO, ensuring consistent quality and compatibility with global industrial machinery.

Q: What benefits does heat treatment provide for this pinion?

A: Heat treatment enhances surface hardness (58-62 HRC), increasing resistance to wear, extending service life, and providing the durability required for high-load industrial use.

Q: How precise are the tolerances, and why does this matter?

A: The gear is machined to a tight tolerance of +/- 0.02 mm, ensuring accuracy in assembly and reliable performance, which is essential for minimizing vibration, noise, and premature gear wear.

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