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JALDHARA SMALL TOOLS PVT. LTD.
GST : 03AAACJ4068J1ZO

Gear Hobbing Cutter

Carbide Drill

Profile Cutters

Hss End Mill

Solid HSS End Mills

Gear Hobbing Machine

CNC Gear Hobbing Machine

Timing Belt Pulley

Timing Belt Pulley Specification

Coating
Uncoated

Length
25 mm

Material
Aluminum Alloy

Hardness
High

Tool Type
Timing Belt Pulley

Operate Method
Mechanically Operated

Shape
Round

Machine Type
Transmission Component

Cutting Accuracy
High Precision

Operation Type
Mechanical

Features
Corrosion resistance, High wear resistance, Silent operation

Diameter
75 mm

Maximum Torque
120 Nm

Processing Type
CNC Machined

Temperature Range
-20°C to 120°C

Bore Size
20 mm

Packaging Type
Boxed

Pitch
5 mm

Application
Industrial Automation, Conveyor Systems, Robotics

Color
Silver

Surface Finish
Smooth

Number of Teeth
32

Standards
ISO 13050 Compliant

Weight
0.29 kg

Hub Type
Single Hub

Mounting Type
Set Screw

Timing Belt Pulley Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
10000 Pieces Per Month

Delivery Time
1 Week

About Timing Belt Pulley

We are manufacturing and exporting a superior range of Timing Belt Pulley Hobs. Designed in compliance with industry defined standards making use of excellent quality raw material, these are widely used in various industries. These hobs are acknowledged for their rigid structure, high performance, resistance against corrosion and other attributes.

Listed below are the following types in which the range is manufactured:

M X L
XL
L
X H
H
X X H
AT-5
T-5
T-2.5
T-10
T-20
H T D
S-8
S - 14 M
type in class AA, A, B & C

Product details

Country of Origin	Made in India
Length	Standard
Coating	Powder coating
Diameter	Standard
Material	Metal
Size	Standard

High-Precision Aluminum Timing Pulley

Manufactured using CNC machining, this timing belt pulley provides exceptional accuracy and durability. Its lightweight aluminum alloy construction assures strong performance while keeping rotational inertia low, making it ideal for high-speed, precision-driven tasks. The high hardness and wear resistance ensure long service life in demanding environments.

Reliable and Versatile Application

Designed for seamless integration in industrial automation, conveyor systems, and robotics, this pulley supports a broad temperature range from -20C to 120C. Whether its high-frequency tasks or extended operation, users experience silent running, minimized maintenance, and optimal torque transmission.

FAQs of Timing Belt Pulley:

Q: How should the Timing Belt Pulley be mounted for secure operation?

A: The pulley is installed using a set screw mounting method. This ensures firm attachment to the shaft, preventing slippage or misalignment during mechanical operations.

Q: What are the advantages of the high precision cutting and CNC machining?

A: High precision cutting and CNC machining deliver consistent dimensional accuracy, improved concentricity, and enhanced operational efficiency, especially crucial when timing synchronization and minimal vibration are required.

Q: When is this Timing Belt Pulley most beneficial for industrial machinery?

A: The pulley offers optimal benefits in applications that demand reliable torque transfer, silent operation, and durable performance, such as conveyor systems, automated manufacturing lines, and robotic arms operating within the -20C to 120C temperature range.

Q: Where can the Timing Belt Pulley be sourced in India?

A: This timing belt pulley is available through established distributors, exporters, manufacturers, and suppliers across India, typically provided in boxed packaging for safe transport.

Q: What processes ensure the pulleys high wear and corrosion resistance?

A: The use of high-hardness aluminum alloy and a smooth, uncoated finish, combined with advanced CNC machining, ensures excellent resistance to wear and corrosion, even under continuous mechanical loads.

Q: How does the mechanical operation method of this pulley enhance system performance?

A: Being mechanically operated, the pulley delivers dependable power transfer with minimal noise and vibration, enhancing system stability and reducing downtime for maintenance.