Mill Girth Gears

Name: Mill Girth Gears
Brand: ASHOKA MACHINE TOOLS CORPORATION
Price: 500000 INR
Availability: InStock

Price 500000 INR/ Piece

Get a Price/Quote

MOQ : 1 Piece

Mill Girth Gears Specification

Surface Treatment
Case Hardened, Shot Peening, Phosphate Coating

Features
High Wear Resistance, Precise Tooth Profile, High Load Capacity, Corrosion Resistan

Accessories Type
Mounting Bolts, Bearings, Couplings, Retaining Rings

Technology
CNC Machining, Gear Hobbing

Automation Grade
Semi-Automatic / Fully Automated

Control System
CNC Control System

Machine Type
CNC Gear Hobbing Machine, Large Scale Gear Shaping Machine

Usage
Industrial

Type
Mill Girth Gears

Material
Carbon Steel, Alloy Steel

Size
Customized

Product Type
Mill Girth Gears

Color
Silver

Width
200-600 Millimeter (mm)

Application
Paper Industries

Mill Girth Gears Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
4 Pieces Per Month

Delivery Time
15 Days

About Mill Girth Gears

Ever since our inception in 1970, we are actively indulged in manufacturing and supplying excellent quality Mill Girth Gears. These are designed with utmost precision and fabricated using top notch quality materials that we procure from reliable sources only. Offered gears are extensively used in many industrial places for variegated purposes. To fulfill varying demands of our clients, we offer these gears in different sizes and technical specifications as per requirements and that too at reasonable rates. These products can be availed in a stipulated time frame thanks to our efficient logistics system.

Features of Mill Girth Gears

Available in different hardness range
Can be developed using material choices including Cast Steel, Ductile iron, Fabricated forged steel plates and others
Girth gear drive provides optimum performance as mechanical systems for reducing motor speed to working speed of mill
As an important component in gear drive assembly, these can be offered in multiple segments
Easy installation and low operational costs

Applications ofMill Girth Gears

Mills
Kiln drive system
Steel re-rolling mills
Paper Industry

Application: Paper Industries

Hardness: 400-550 BHN

We are export Mill Girth Gears to countries like Philippines, United States, Tanzania, Australia, Egypt, Argentina, Bolivia, Thailand, Ethiopia, Indonesia, Libya,Kenya, United Kingdom, Zambia, etc.

Advanced Manufacturing for Precision and Durability

Mill Girth Gears are crafted using state-of-the-art CNC gear hobbing and large-scale gear shaping machines. The integration of CNC control systems ensures meticulous accuracy in tooth profiles, promoting seamless power transmission and prolonged lifespan. Such precision technology guarantees reliability in demanding industrial environments.

Custom Solutions for Varied Industrial Needs

Catering to specific requirements, these gears are offered in customized sizes and widths ranging from 200 to 600 mm. Suitable for diverse industries, Mill Girth Gears come with mounting bolts, bearings, couplings, and retaining rings to facilitate easy installation, making them a versatile choice for heavy and medium-scale operations.

Corrosion Resistant for Enhanced Performance

To withstand challenging conditions, Mill Girth Gears undergo treatments such as case hardening, shot peening, and phosphate coating. These surface enhancements bolster corrosion resistance and reinforce structural integrity, ultimately resulting in extended service life and reduced maintenance costs for industrial operators.

FAQs of Mill Girth Gears:

Q: How are Mill Girth Gears manufactured to ensure precision and durability?

A: Mill Girth Gears are manufactured using CNC machining and gear hobbing technologies, which enable the creation of highly accurate tooth profiles. Advanced CNC control systems guide the process, while large-scale gear shaping machines provide the desired dimensions and strength. Surface treatments like case hardening and phosphate coating further improve wear resistance and longevity.

Q: What is the typical usage of Mill Girth Gears in industrial settings?

A: Mill Girth Gears are primarily used in heavy-duty industrial machinery such as grinding mills, rotary kilns, and cement plants. They facilitate the transfer of high torque and rotational forces, supporting the smooth operation of large-scale equipment under strenuous conditions.

Q: When is it advisable to opt for customized Mill Girth Gears?

A: Selecting customized Mill Girth Gears is advisable when standard sizes do not meet the specific requirements of a project. Customization ensures compatibility with unique machinery dimensions, varying widths, or specialized load capacities, allowing operators to achieve tailored performance and enhance operational efficiency.

Q: Where are these Mill Girth Gears commonly supplied from and exported to?

A: These gears are manufactured, supplied, and exported from India, where advanced facilities uphold high manufacturing standards. As a result, Mill Girth Gears from Indian exporters are utilized in industrial sectors globally, recognized for their quality, reliability, and technical excellence.

Q: What surface treatments are applied to Mill Girth Gears for better protection?

A: Common surface treatments include case hardening, shot peening, and phosphate coating. These processes increase the gears resistance to corrosion, minimize surface fatigue, and enhance overall durability, making them suitable for harsh industrial environments.

Q: How do the included accessories improve mounting and operation of these gears?

A: Accessories such as mounting bolts, bearings, couplings, and retaining rings ensure secure installation and optimal alignment of the Mill Girth Gears. These components simplify the assembly process, reduce operational downtime, and improve mechanical stability during high-load operations.

Q: What are the benefits of using Mill Girth Gears with CNC control systems?

A: CNC control systems enhance the gear production process by delivering consistent precision and enabling intricate tooth profiling. This sophistication results in gears with reduced operational noise, improved load-bearing capabilities, and lower maintenance requirements for industrial operators.

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