Carbon Fiber Cooling Tower Drive Shafts

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MOQ : 100 Pieces

Carbon Fiber Cooling Tower Drive Shafts Specification

Usage
Cooling Tower

Material
Carbon Steel

Quality Level
Medium

Weight
35 Kilograms (kg)

Color
Black

Diameter
225 Millimeter (mm)

Length
5 Meter (m)

Hardness
65-70 Barcoal

Carbon Fiber Cooling Tower Drive Shafts Trade Information

Minimum Order Quantity
100 Pieces

Supply Ability
100 Pieces Per Month

Delivery Time
7 Days

Main Export Market(s)
Western Europe, North America, South America, Eastern Europe, Middle East, Central America, Asia, Africa

About Carbon Fiber Cooling Tower Drive Shafts

AICPL pioneered and introduced the first indigenous composites coupling to the cooling tower industry in India.

AICPL has rich experience in the field of composites and cooling tower of more than 30 years.

Our carbon fibre drive shaft are non-lubricated and made out of advanced composite material namely carbon fibre reinforced epoxy which is used extensively in aerospace and space application.

Each shaft is factory tested for torque and is dynamically balanced.

Size:- We can deliver you shafts right from 1 meter to 12 meter in length with different motor rating up to 5000kw.

Features:-

Corrosion resistance
High misalignment capacity
Excellent fatigue resistance
Less in weight
Maintenance free.

Advantages:- Intermediate bearing support is not required, lower weight decrease the vibrations, Maintenance cost is less, no need to crane lift the coupling, Longer life, reduction can double bearing life in motors and gearbox, high factor of safety.

Product details

Material	Carbon Fiber
Usage/Application	Cooling Tower
Surface Finishing	Filament Winding Finish
Diameter	225 mm
Length	5 m
Hardness	65-70 Barcoal
Approx Weight	35 kg

Superior Engineering for Cooling Towers

Designed specifically for cooling towers, these carbon fiber drive shafts use high-grade carbon steel and advanced materials to optimize load handling while minimizing overall weight. The dynamic balancing and rigorous factory testing help achieve seamless, vibration-free operation even in demanding industrial environments. With medium quality standards, they are ideal for broad usage.

Exceptional Benefits and Durability

Engineered for outstanding corrosion resistance, fatigue excellence, and hardness of 65-70 Barcoal, these shafts are non-lubricated and maintenance-free. Their extended bearing life and ability to withstand high misalignment ensure reduced downtime and lower operational costs, making them a cost-effective solution for long-term use.

FAQs of Carbon Fiber Cooling Tower Drive Shafts:

Q: How are these carbon fiber cooling tower drive shafts tested before delivery?

A: Each shaft undergoes stringent factory testing for dynamic balance and structural integrity to ensure peak operational reliability and longer service life once installed in cooling towers.

Q: What are the primary benefits of choosing a carbon fiber drive shaft over traditional materials for cooling towers?

A: Compared to conventional shafts, carbon fiber models offer significantly less weight, corrosion resistance, high flexibility for misalignment, maintenance-free operation, and a longer bearing life while supporting motor ratings up to 5000Kw.

Q: When should Carbon Fiber Cooling Tower Drive Shafts be used in industrial applications?

A: These shafts are ideal when your cooling tower requires high performance, reduced weight, excellent fatigue strength, and minimal maintenance, particularly in corrosive or vibration-prone industrial environments.

Q: Where can I source these cooling tower drive shafts within India?

A: Our carbon fiber cooling tower drive shafts are available directly from the manufacturer and leading suppliers across India, ensuring prompt and reliable delivery nation-wide.

Q: What is the process for installing these drive shafts in cooling towers?

A: Installation involves aligning the shaft within the tower, securing it using compatible coupling systems, and verifying its balance before operation. Detailed guidelines are provided for safe and efficient setup.

Q: How does the non-lubricated feature benefit cooling tower operations?

A: The non-lubricated design eliminates the need for routine lubrication, reducing maintenance intervals, operational downtime, and lowering long-term maintenance costs.

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