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Heavy Duty Industrial Gears

Name: Heavy Duty Industrial Gears
Brand: NATIONAL CONVEYORS (INDIA)
Price: 170 INR
Availability: InStock

Price 170 INR/ Piece

Get a Price/Quote

MOQ : 1 Piece

Heavy Duty Industrial Gears Specification

Gear Type
Industrial Heavy Duty

Material
Alloy Steel

Processing Type
Hobbing

Gear Tooth Profile
Spur, Helical

Gearing Arrangement
Parallel, Right Angle

Output Torque
Up to 60000 Nm

Rated Power
Up to 500 kW

Input Speed
Up to 1800 RPM

Voltage
415V (for motorized units)

Efficiency
Up to 98%

Heavy Duty Industrial Gears Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
10 Pieces Per Day

Delivery Time
10-15 Days

About Heavy Duty Industrial Gears

To attain the utmost client satisfaction, we are engaged in manufacturing, supplying and exporting Heavy Duty Industrial Gears. Widely used in engineering industry, these products are manufactured by our experts using high grade and corrosion resistant metals. Owing to our in-house quality testing unit, we are able to check these products on various parameters by latest equipment. Across the world, these Heavy Duty Industrial Gears are acknowledged by the clients for their features such as:

Precise dimensions
Sturdy construction
Easy to install
Low maintenance

Other details:

We are pioneer manufacturer and exporters of Heavy Duty Industrial Gears, which are known for smooth operation. The size and proportions of the gear tooth are standardized and are fatigue and wear proof. Our gears are made using premium quality materials and are also cost effective. These Heavy Duty Gears offered by us are high on performance with increased corrosion resistance. We offer high precision gears that are renowned for their technical finesse. Produced using latest technology, our precision engineered gears industrial deliver superior performance even in most demanding conditions.

Features of Heavy Duty Industrial Gears

Simple construction facility
Provide long service live
Provide low power consumption
Power transmissions are reliable and with uniform motions

Robust Alloy Steel Construction

Each gear is meticulously crafted from high-grade alloy steel, providing superior strength, resistance to wear, and extended operational lifespan. This material selection ensures reliable performance under heavy industrial loads, reducing maintenance requirements and downtime.

Versatile Gear Profiles and Arrangements

Our industrial gears feature both spur and helical tooth profiles, allowing for tailored solutions to different application requirements. Gearing can be configured in parallel or right-angle arrangements, optimizing spatial fit and transmission efficiency across machinery setups.

Exceptional Power and Efficiency

Delivering up to 60,000 Nm of torque and 500 kW rated power, these gears are designed for high-output demands. Motorized units operate efficiently at 415V and support input speeds up to 1800 RPM, achieving up to 98% transmission efficiency for optimal operational productivity.

FAQs of Heavy Duty Industrial Gears:

Q: How are heavy duty industrial gears manufactured?

A: Our gears are manufactured using precision hobbing processes and crafted from alloy steel, which ensures high accuracy and durability. The hobbing technique provides excellent tooth geometry and quality, suitable for both spur and helical profiles.

Q: What are the main benefits of choosing alloy steel heavy duty gears?

A: Alloy steel offers exceptional strength, improved hardness, and greater resistance to wear or fatigue, making it ideal for heavy industrial applications. This results in longer gear lifespan and reduced maintenance costs.

Q: Where can these industrial gears be used?

A: These gears are suitable for industries requiring robust power transmission solutions, such as mining, cement, steel manufacturing, power plants, and material handling equipment, where high torque and reliability are essential.

Q: When is the right time to opt for parallel or right-angle gearing arrangements?

A: Parallel arrangements are preferred when shafts need to be aligned, while right-angle configurations are best when space constraints require a perpendicular setup. Selection depends on your machinery layout and design requirements.

Q: What processes ensure optimal efficiency in gear operation?

A: Precision hobbing and stringent material selection contribute to gear accuracy and efficiency. Design optimization includes choosing the proper tooth profile, lubricants, and motorized operation at consistent voltages, ensuring up to 98% efficiency.

Q: How is the rated power and output torque determined for customized solutions?

A: Rated power (up to 500 kW) and output torque (up to 60,000 Nm) are calculated based on the specific application needs, input speed (up to 1800 RPM), and gear arrangements to deliver reliable and optimal performance in industrial settings.

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