Dual-Function Thermal Protection Composite

Ablative cooling with ceramic shield

Combining ablation-driven heat dissipation and in-situ ceramic shielding, it stays cooler and resists recession under extreme heat flux, offering a new candidate for aerospace thermal protection.

Li, Liang · Hongxiang, Cai · Jiaxin, Yao · Peiqi, Yang · Su, Zhe · Luo, Yi · Liang, Xiubing · Wang, Xiaojing · Niu, Bo · Long, Donghui

Carbon 2026

Specifications

线性烧蚀率

{'zh': '0.9', 'en': ''} μm s⁻¹

表面生成

{'zh': '约290', 'en': ''} μm

Advantages

Near-zero surface recession at 1630°C for 300 s

Maximum surface temperature reduction of 310°C