Aluminum Honeycomb Core for Aerospace Applications
Can be used in satellites, rockets, ship-borne vessels, aircraft, national defense, and military industries. It features high strength-to-weight ratio, lightweight, and corrosion resistance. Through special surface treatment, it can meet customized requirements, and laser-drilled vent holes can be added based on specific needs.
Aluminum Honeycomb Core for Aerospace Applications
Satellite Solar Array Substrate
The satellite solar array substrate developed by Cansinga Technology combines carbon fiber with aerospace-grade aluminum honeycomb. It exhibits excellent performance in mechanical properties, environmental adaptability, electromagnetic properties, sound absorption, noise reduction, thermal insulation, and other aspects.
Satellite Solar Array Substrate
Energy-absorbing Cowcatcher
Lightweight, high compression ratio, energy absorption ratio reaches 40 kJ/kg; stable load, high energy absorption efficiency; excellent acceleration response; precise and controllable mechanical performance, strength deviation within ±5%; actually applied in high-speed trains and military fields.
Energy-absorbing Cowcatcher
Front-end Open and Close Energy Absorber
Lightweight, high compression ratio, energy absorption ratio reaches 40 kJ/kg; stable load, high energy absorption efficiency; excellent acceleration response; precise and controllable mechanical performance, strength deviation within ±5%; actually applied in high-speed trains and military fields.
Front-end Open and Close Energy Absorber
Honeycomb Type Main Energy Absorber
Lightweight, with a high compression ratio and a specific energy absorption of 40kJ/kg; Stable load and high energy absorption efficiency; Excellent acceleration response; Accurate and controllable mechanical properties, with a strength deviation of ± 5%; Practical application in the fields of high-speed rail and military products.
Honeycomb Type Main Energy Absorber
Railway Train Anti-Climbing Energy Absorber
Lightweight, high compression ratio, energy absorption ratio reaches 40 kJ/kg; stable load, high energy absorption efficiency; excellent acceleration response; precise and controllable mechanical performance, strength deviation within ±5%; actually applied in high-speed trains and military fields.
Railway Train Anti-Climbing Energy Absorber
TMA-C Series
The C series anti-collision cushion adopts a modular design, which only deforms the guiding device in the event of a slight collision. The anti-collision cushion can be quickly repaired by replacing the guiding device module.
TMA-C Series
TMA-E Series
The E series anti-collision cushion adopts a lightweight design, with a simple structure, a simple and elegant appearance, excellent performance, and overall synergistic energy absorption.
TMA-E Series
Bridge Pier Protection
Bridge Pier Protection is a safety protection solution developed by Qianxingda utilizing buffering energy absorption technology and safety protection facilities for different scenarios such as elevated bridge piers and subway bridge piers on roadways.
Bridge Pier Protection
Buffering Isolation Column
Buffering Isolation Column is a new type of facility developed by Qianxingda, which applies aerospace and high-speed rail buffering technology and concepts to road traffic safety protection. It has created a series of products tailored to different protection needs and can be applied to safety protection on different roads. The product consists of a high-strength steel protective column body, a polymer composite buffering ring, and a customizable shell.
Buffering Isolation Column
Buffering Energy Absorbing Safety Island Head
The buffering energy absorbing safety island head is a buffering energy absorbing safety protection device developed by Qianxingda, which is applied at municipal road intersections, collision points at highway toll stations, and highway and expressway ramps. The product uses aerospace materials as the energy-absorbing core, consisting of a supporting base, energy-absorbing module, and customizable shell. Pain points addressed: Existing island heads are unable to protect occupants in the event of
Buffering Energy Absorbing Safety Island Head
Vehicle Low-Speed Collision Bumper Barrier
A structure that is fixed to a collision barrier or a moving platform and can represent the mechanical responsecharacteristics of the opposing vehicle's bumper and crash beam during a colision, whether it is deformableor non-deformable.
Vehicle Low-Speed Collision Bumper Barrier
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