About Carbon Fiber Drive Shaft
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
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Material
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Carbon Fiber
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Usage/Application
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Cooling Tower
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Surface Finishing
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Filament Winding Finish
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Diameter
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225 mm
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Length
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5 m
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Hardness
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65-70 Barcoal
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Approx Weight
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35 kg
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Precision Engineered PerformanceThis drive shaft is built with high-quality carbon steel and advanced carbon fiber construction, guaranteeing performance in rigorous industrial settings. Its dynamic balancing and factory testing ensure it runs smoothly, minimizing vibrations and extending equipment life.
Superior Corrosion and Fatigue ResistanceThe shafts corrosion-resistant properties and excellent fatigue life provide durability, particularly in cooling tower environments. It requires no lubrication, reducing maintenance needs and ensuring consistent operation even in harsh conditions.
Effortless Installation and MaintenanceWeighing only 35 kg and designed for high misalignment, the drive shaft can be installed easily and does not require ongoing lubrication. Its maintenance-free design significantly reduces downtime and operational costs, making it a practical choice for industrial operators.
FAQs of Carbon Fiber Drive Shaft:
Q: How does the carbon fiber drive shaft enhance cooling tower operations?
A: The carbon fiber drive shaft is specifically designed for industrial cooling towers, supporting motors up to 5000kW. Its lightweight and dynamically balanced construction reduce vibrations and operational weight, improving system efficiency and reliability.
Q: What makes this drive shaft maintenance-free and long-lasting?
A: Thanks to its non-lubricated, corrosion-resistant materials and superior fatigue resistance, the shaft does not require regular maintenance. This extends its service life and reliability even under harsh industrial conditions.
Q: When should the carbon fiber drive shaft be used in industrial setups?
A: This drive shaft is ideal for cooling tower applications or any industrial environment that requires high alignment tolerance, low maintenance, and resistance to corrosion and fatigue. It is best applied when a robust, long-lasting solution is essential.
Q: Where is this drive shaft manufactured and supplied?
A: The carbon fiber drive shaft is manufactured and supplied in India, ensuring reliable quality and local support for industrial customers across the region.
Q: What processes are involved in ensuring drive shaft quality and performance?
A: Each shaft is factory tested and dynamically balanced to guarantee consistent performance and safety. Quality level is maintained at medium standards, and hardness is controlled at 65-70 Barcoal for reliability.
Q: How is installation made easier with this drive shaft?
A: With a weight of just 35 kg and a design that accommodates high misalignment, the drive shaft simplifies installation and adaptation to various industrial setups, reducing labor time and complexity.
Q: What are the main benefits of choosing this drive shaft over traditional options?
A: It offers significant weight reduction, corrosion resistance, high safety standards, long operational life, and a maintenance-free designdelivering cost savings and enhanced reliability for demanding applications.