Polyurethane Gear

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MOQ : 100 Pieces

Polyurethane Gear Specification

Classification
Mechanical Components

Type
Polyurethane Gear

CAS No
9009-54-5

EINECS No
618-498-9

Grade
Industrial Grade

Purity
98%

Application
Machinery, Conveyor Systems, Automation Equipment, Robotics

Color
Orange

Form
Solid Gear

Size
Customized

Material
Polyurethane

Working Temperature
-40°C to +80°C

Tensile Strength
30 MPa

Surface Finish
Precision Machined

Density
1.20 g/cm³

Mount Type
Bore with Keyway or Custom

OEM/ODM
Available

Tooth Profile
Standard/Involute

Hardness
Shore A 80-95

Features
High wear resistance, Noise reduction, Flexible, Non-corrosive

Polyurethane Gear Trade Information

Minimum Order Quantity
100 Pieces

Supply Ability
1000 Pieces Per Month

Delivery Time
2-3 Days

Sample Available
Yes

Sample Policy
Contact us for information regarding our sample policy

Main Domestic Market
All India

About Polyurethane Gear

Incepted in the year 1977 as a well-known manufacturer and supplier, we are engaged in providing high quality Polyurethane Gear that is a machine part having cut teeth. This gear is precisely designed for transmitting the torque between parallel and right angled shaft. By making use of advanced techniques, this gear is manufactured under the supervision of our diligent professionals in tune with latest market norms. Used in bicycles, motorcycles and cars, this Polyurethane Gear is available in different specifications at market leading price.

Features:

Robust construction
Precise dimension
Easy installation
Less maintenance

Precision and Performance for Industrial Applications

Polyurethane gears are specially designed for high-precision mechanical operations, offering enhanced performance through excellent tensile strength and resilient flexibility. The precision machining and customizable options ensure each gear fits seamlessly into various industrial machinery setups, including conveyors, automation equipment, and robotics systems. With high wear resistance and versatile mounting options, these gears present a durable and efficient solution for intense operational demands.

Why Choose Polyurethane Over Conventional Gear Materials?

Choosing polyurethane as a gear material brings significant advantages, such as outstanding noise reduction, reduced wear, and superior resistance to corrosion when compared with traditional metal or plastic gears. Its flexibility and high durability at extreme temperatures (-40C to +80C) allow for broader usability in challenging environments, ensuring lower maintenance and longer lifespan for your machinery.

FAQs of Polyurethane Gear:

Q: How does the hardness range of Shore A 8095 affect the performance of polyurethane gears?

A: The Shore A 8095 hardness range offers an optimal balance between flexibility and durability, allowing the gear to absorb vibrations, minimize operational noise, and resist wear under high loads. This makes these gears suitable for demanding mechanical and automation applications.

Q: What are the primary benefits of using polyurethane gears in conveyor and automation systems?

A: Polyurethane gears provide excellent wear resistance, significant noise reduction, and non-corrosive properties, ensuring smooth, long-lasting operation in conveyor and automation systems. Their ability to operate in a wide temperature range also reduces risk of gear failure due to environmental factors.

Q: When should I choose a custom bore with keyway or custom mount type for these gears?

A: Custom bores with keyways or mounting options are recommended when the machinery or application has specific shaft dimensions or unique assembly requirements. Customization allows for a perfect fit, enhancing transmission efficiency and gear lifespan.

Q: Where can polyurethane gears be used most effectively?

A: These gears perform exceptionally well in industrial machinery, conveyor systems, automation equipment, and robotics, especially in environments requiring reduced noise, high durability, and resistance to wear and corrosion.

Q: What is the manufacturing process for your precision-machined polyurethane gears?

A: The gears are produced using high-quality polyurethane raw material (CAS No: 9009-54-5, EINECS No: 618-498-9), precisely molded and machined according to exact specifications. Surface finishing and tooth profiling ensure accuracy, while customization is available for OEM and ODM requirements.

Q: How do polyurethane gears contribute to equipment longevity and maintenance?

A: Due to their high wear resistance and flexible cushioning, polyurethane gears minimize abrasion, dampen operational noise, and withstand harsh environmental elements. This reduces equipment maintenance needs and prolongs the lifespan of mechanical systems.

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