Products
Absorbent Anticollision energy-absorbing products are developed based on the plastic deformation principle of metallic honeycomb structures. Utilizing aerospace-grade aluminum alloy/high-strength steel materials, they offer controllable energy absorption and exceptional cushioning performance. By combining honeycomb topology optimization with dynamic impact simulation technology, these products achieve smooth attenuation of collision forces, reducing weight by 30%-50% compared to traditional anti-collision structures. They have been successfully applied in areas such as highway crash barriers, protective systems for new energy vehicle battery packs, and industrial equipment cushioning and energy absorption.
Metallic honeycomb materials are widely used in energy-absorbing products across aerospace, automotive, construction, and other fields due to their excellent energy absorption and lightweight characteristics.
Metallic honeycomb structures feature low density, high specific strength, and good energy absorption performance. The advantages of this structure include:
High Specific Stiffness and Strength: The honeycomb design provides outstanding mechanical properties while maintaining lightweight.
Excellent Energy Absorption: Upon impact, honeycomb materials can effectively absorb energy, reducing damage to the structure.
Multifunctionality: In addition to energy absorption, metallic honeycomb can also provide additional functions such as thermal insulation and sound dampening.
