JETS Products
Discover our range of expertly engineered products designed to meet the demands of jet engine testing. From noise control and airflow optimization to thrust measurement and engine handling, we deliver reliable, durable solutions tailored to enhance your operations.
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Engineered for superior sound containment, our acoustic doors are designed to minimize noise emissions from engine test cells. These heavy-duty doors provide exceptional noise reduction while maintaining robust structural integrity. Customizable to fit any test cell size, they ensure a secure, noise-controlled environment, meeting the strictest industry standards.
Acoustic Doors
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Acoustic Baffles
Perfect for reducing sound levels within jet engine test environments, our acoustic baffles combine precision engineering with state-of-the-art materials. These modular systems are designed to absorb high-decibel noise effectively while maintaining airflow. Flexible configurations ensure compatibility with diverse test cell designs.
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Our acoustic inlet wall liners are crafted to optimize sound absorption and airflow within engine test cells. Using advanced materials and designs, these liners reduce noise generated during high-powered engine testing while maintaining aerodynamic efficiency. Ideal for both new installations and retrofits, they enhance the acoustic performance of any facility.
Acoustic Inlet Wall Liners
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Exhaust Wall Liners
Our exhaust wall liners are built to mitigate noise at the exhaust stage of jet engine testing. Constructed from durable, high-performance materials, they effectively reduce noise emissions while withstanding extreme temperatures and high-pressure conditions. These liners are tailored to your facility's specific requirements, ensuring long-lasting acoustic performance.
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Inlet Baffles
Designed to optimize airflow and noise control, our inlet baffles reduce turbulence and ensure smooth air distribution into jet engines during testing. Built with high-performance materials, they effectively minimize noise without compromising airflow, making them a critical component for precision testing environments.
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Inlet Reducer
Our inlet reducers provide seamless transitions between varying inlet sizes, ensuring uniform airflow to the engine. Engineered for efficiency, these reducers enhance aerodynamic performance while maintaining structural durability under high-pressure conditions. Custom sizing is available to meet your test cell's exact specifications.
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Turning Vanes
Turning vanes are precision-crafted to direct airflow efficiently within test cells and ducts. By minimizing turbulence and reducing pressure loss, they ensure steady, controlled air movement to the engine. Their robust design and customizable configurations make them essential for maintaining optimal testing conditions.
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Flow Screens
Our flow screens regulate airflow to eliminate disturbances and provide uniform air distribution. Built to handle high-velocity airflows, these screens are engineered for durability and aerodynamic efficiency, ensuring reliable engine performance during testing.
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Bellmouths and Screens
Bellmouths and screens work in tandem to ensure consistent, unobstructed airflow into the engine during testing. The bellmouth enhances aerodynamic efficiency by reducing turbulence at the inlet, while the screens provide additional flow regulation, creating ideal conditions for accurate testing results.
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Exhaust Stacks
Our exhaust stacks are designed to safely and efficiently direct engine exhaust gases away from the test environment. Built to withstand extreme temperatures and high flow rates, they ensure optimal performance and safety. Customizable to your facility's needs, these stacks also help manage noise emissions.
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Hard and soft augmenter tubes are engineered to enhance exhaust gas flow and cooling efficiency during engine testing. The hard tubes offer maximum durability under extreme conditions, while the soft tubes provide flexibility for varying setups. Both options ensure optimal exhaust gas management for accurate test results.
Hard and Soft Augmenter Tubes
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Augmenter Water Cooling Systems
Our augmenter water cooling systems are designed to maintain safe operating temperatures by cooling exhaust gases during high-performance testing. These systems use advanced technology to ensure efficient heat dissipation, extending the life of your equipment while meeting strict safety and environmental standards.
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Thrust Frames
Our thrust frames are engineered for precision and durability, providing stable support to measure and control engine thrust during testing. Built with high-strength materials, they ensure accurate data capture under extreme forces, making them essential for rigorous jet engine evaluations.
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Thrust stands offer a robust platform to securely hold engines during performance testing. Designed to handle high thrust loads, they deliver stability and reliability, ensuring consistent and accurate measurement of engine output. Custom configurations are available to suit a wide range of engine models.
Thrust Stands
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Engine Test Adapters
Engine test adapters bridge the gap between your test cell and a variety of engine types. Precision-engineered for compatibility and ease of installation, these adapters ensure secure mounting and alignment, enabling seamless integration into your testing workflow.
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Our oil preservation systems are designed to maintain optimal oil quality during engine testing. By preventing contamination and degradation, these systems ensure reliable engine performance and extend the life of critical components. They are compatible with a wide range of jet engines and test cell configurations.
Oil Preservation Systems
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Engineered for precision and safety, our fuel delivery systems provide consistent and controlled fuel supply during engine testing. These systems are designed to handle various fuel types, ensuring reliable operation under the most demanding conditions while meeting strict industry standards.
Fuel Delivery Systems
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Hydraulic Support Systems
Our hydraulic support systems deliver high-performance solutions for powering and controlling test cell equipment. Built for reliability and efficiency, these systems ensure smooth operation of test stands, lifting platforms, and other hydraulic components critical to jet engine testing.
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API Standards
Our products comply with API standards, ensuring top-tier performance and reliability for centrifugal pumps used in demanding jet engine testing environments. This adherence guarantees industry-standard quality, safety, and durability in every hydraulic system.
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Lift Platforms
Our lift platforms are designed for safe and efficient positioning of jet engines during testing and maintenance. Engineered for heavy-duty performance, they provide precise height adjustments and secure handling, streamlining operations in test cells and workshops.
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Engine Handling Systems
Our engine handling systems offer reliable solutions for maneuvering and securing engines in testing and maintenance environments. With ergonomic designs and high load capacities, these systems enhance safety and efficiency while minimizing downtime.
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Monorails
Monorails provide smooth and controlled transport of jet engines within your facility. Designed for high load-bearing capabilities and ease of operation, they ensure the safe and efficient movement of engines, reducing handling risks and improving workflow.
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Transportation Carts
Transportation carts are built for durability and ease of use, offering a dependable solution for moving engines and components. With robust frames and customizable configurations, these carts simplify logistics, ensuring safe transport across facilities.
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Other Heavy Support Equipment
Our heavy support equipment includes a range of robust tools designed to handle the most demanding jet engine transportation and positioning tasks. From custom-engineered solutions to versatile off-the-shelf options, we provide the equipment you need to optimize operations.
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Air Start Systems
Air Start Systems
Our air start systems deliver reliable and efficient solutions for initiating jet engines during testing. Designed for precise performance, these systems provide high-pressure compressed air to ensure smooth and consistent engine startups. Built with durability and ease of use in mind, they are compatible with a wide range of engine models and can be customized to meet specific testing requirements.
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