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Customizable
JinYe Propeller
Designed for container vessels, Ni-Al Bronze (Cu3) propellers support hydrodynamic performance for heavy-load maritime operations. Each unit incorporates blade geometry manufactured using automated polishing equipment and 5-axis CNC technology. Produced from a 25,000㎡ production facility, propellers up to 11 meters in diameter are available with multiple classification society approvals.
Manufactured from Ni-Al Bronze (Cu3) alloy, these propellers combine copper base material with nickel and aluminum elements. This alloy formulation provides the material properties required for continuous marine service. The material maintains structural properties under varying load conditions encountered during container vessel operations.
Parameter | Specification |
Diameter | 5.6 meters |
Weight | 15 tons |
Number of blades | 5 blades |
Rotation direction | Right, Left |
Material | Ni-Al Bronze (Cu3) |
Model | Customizable |
Transport Package | Standard export packing |
HS Code | 84871000 |
Port of departure | Shanghai |
Origin | Jiangsu, China |
Additional Specifications | Details |
Classification Society | DNV × ABS × RS × RINA × BV × KR × BKI × CCS |
Certification system | ISO9001 × ISO14001 × ISO45001 |
Production Capacity | 1000 units per month |
Delivery time | 2-3 months for customization |
Blades | Customizable based on requirements |
Brand | JinYe Propeller |
Trademark | ZhenJiang JinYe Propeller |
The blade geometry supports thrust generation while minimizing drag during vessel operation. This design approach contributes to fuel consumption patterns during container vessel voyages. The manufacturing process includes precision machining to maintain dimensional tolerances specified for each propeller design. Each blade surface undergoes polishing to support water flow characteristics across the propeller surface.
Ni-Al Bronze (Cu3) material provides resistance to saltwater corrosion encountered during extended marine service. This material property supports service life in open ocean conditions where container vessels operate. The alloy composition resists cavitation erosion that occurs during continuous propulsion operations. This resistance to marine environmental factors supports maintenance intervals for vessel operators.
These propellers hold approvals from DNV, ABS, RS, RINA, BV, KR, BKI, and CCS classification societies. Each approval follows the inspection and testing procedures required by each maritime authority. These certifications allow installation on vessels operating under various flag states and international shipping routes. Documentation for each classification society approval is provided with each delivered unit.
Production operations follow ISO9001 quality management system requirements. Environmental management adheres to ISO14001 standards, while occupational health and safety operations follow ISO45001 specifications. These management systems apply throughout the manufacturing process from material sourcing through final inspection and shipping preparations. Each production stage includes inspection checkpoints documented for quality traceability.
The manufacturing facility covers 25,000 square meters with production capacity of 1000 units monthly. Equipment includes 5-axis CNC machining centers, automated polishing systems, and material testing laboratories. Foundry operations produce Ni-Al Bronze castings following marine industry specifications. The facility handles propeller diameters up to 11 meters to accommodate large container vessel requirements.
Propeller specifications are customizable based on vessel design requirements. Customization includes blade count, diameter dimensions, rotation direction, and specific classification society approval requirements. Each custom project follows engineering review to ensure compatibility with vessel propulsion systems. Technical drawings and performance calculations are provided during the customization process for client review and approval.
Custom propeller manufacturing requires 2-3 months from design confirmation to shipment. This timeline includes casting, machining, polishing, classification society inspection, and export packaging processes. Expedited production options may be discussed based on specific project requirements.
Approvals are available from DNV, ABS, RS, RINA, BV, KR, BKI, and CCS classification societies. Each propeller undergoes inspection by the specified classification society during manufacturing. Certification documents are included with each shipment for vessel registration purposes.
Propellers are manufactured from smaller dimensions up to 11 meters in diameter. This range accommodates various container vessel sizes from feeder ships to ultra-large container vessels. Engineering calculations verify performance for each specified diameter and blade configuration.
