The type segmentation classifies Titanium Zinc Honeycomb Panels into three structural configurations. Solid‑core panels, comprising a continuous titanium‑zinc alloy sheet, deliver the highest compressive strength and are preferred for load‑bearing aerospace skins, contributing disproportionately to premium pricing despite a modest volume share. Foam‑core panels embed a lightweight polymer foam between the metal skins, reducing density by up to 40 % and finding primary use in automotive battery enclosures and marine bulkheads; this variant supports the mid‑range market segment. Composite‑core panels, which integrate additional fiber‑reinforced layers within the honeycomb lattice, balance stiffness and thermal performance, making them suitable for construction façade systems and industrial heat‑shielding applications. Each type’s material cost, manufacturing complexity, and performance envelope determine its relative share of the total market, with solid‑core panels driving the highest per‑unit value, foam‑core expanding volume, and composite‑core capturing niche high‑performance demand. This typology underpins the broader market taxonomy for Titanium Zinc Honeycomb Panels.