Product Description & NEWLIFE Advantage
Positioned strategically at the trailing edges of wings, the Tungsten Alloy Aircraft Flap Counterweight serves as a vital structural safeguard in modern aerospace engineering. By leveraging massive powder metallurgy production capacity, these large-scale components ensure optimal aerodynamic stability during high-speed flight. The integration of advanced hydraulic compaction allows for the creation of intricate designs that meet stringent international material specifications. As visualized in our component arrays, these ballast weights are fabricated into highly customized block profiles. Detailed features, such as precision-pressed grooves and complex mounting slots, ensure seamless mechanical integration into restricted wing cavities, ultimately supplying reliable mass at extremely competitive price points.
Technical Parameters
|
Alloy Specification |
Density (g/cm³) |
Hardness Range |
Elongation (A5) |
Salt-Spray Resistance |
|
AMS-T-21014 / Class 1 |
17.0 – 18.2 |
26 – 32 HRC |
≥ 12% |
Custom Plating (>500H) |
Product Advantages & Features
Extreme High Density
Delivers a highly concentrated density range of 17.0 – 18.2 g/cm³, maximizing ballast mass within severely restricted spatial confines.
Aerospace-Grade Alloy Specification
Complies strictly with the rigorous AMS-T-21014 / Class 1 standard, guaranteeing certified aerospace quality for every unit.
Optimal Mechanical Resilience
Features a balanced hardness range of 26 – 32 HRC and an elongation (A5) of ≥ 12%, ensuring long-term structural integrity under dynamic stress.
Accelerated Delivery Timelines
Our massive factory layout effortlessly absorbs high-volume contracts, effectively reducing procurement lead times by up to 25%.
Material Efficiency & Cost Reduction
Near-net shape optimization and advanced tooling designs reduce raw tungsten consumption by up to 15% when compared to conventional forging or heavy machining.
Superior Environmental Protection
Enhanced with specialized custom plating, achieving a salt-spray resistance of >500H to withstand harsh, high-altitude atmospheric conditions.
Application Scenarios
Commercial Aviation Wing Assemblies
Integrated directly into the trailing edges of wings to stabilize flaps and prevent dangerous aerodynamic flutter during commercial transit.
Military Aircraft Control Surfaces
Utilized as heavy-duty structural parts to ensure precise trailing-edge balance under extreme aerodynamic loads and rapid maneuvers.
UAV (Unmanned Aerial Vehicle) Systems
Applied as ultra-dense flap ballast weights in large-scale drones requiring strict, localized center-of-gravity management.
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