Products

PAA-SHH® PAA-SHH® (Phosphoric Acid Anodized-Showa Hexagonal Honeycomb) 1/8-5052-001 is an aerospace grade 5052 aluminum honeycomb materials produced from phosphoric acid anodized aluminum sheets. Phosphoric acid anodize gives an excellent corrosion resistance to aluminum alloy, and the surface treatment system with a corrosion prohibited primer provide the greatest bondability and fatigue strength under critical conditions such as hot & wet condition. PAA-SHH is available in a wide selection of cell sizes and foil thickness.

SAH® Hexagonal (Showa Aramid Honeycomb) SAH 1/8-1.8 is produced with Nomex® aramid fiber sheets. These sheets are bonded by a thermosetting adhesive at the nodes. After expanded to the hexagonal cell or over-expanded cell configuration, it is dipped in a heat resistant phenolic resin and cured in an oven.

SAH® OX (Showa Aramid Honeycomb Over eXpand) SAH 1/8-3.0 is produced with Nomex® aramid fiber sheets. These sheets are bonded by a thermosetting adhesive at the nodes. After expanded to the hexagonal cell or over-expanded cell configuration, it is dipped in a heat resistant phenolic resin and cured in an oven.

PAA-SDFH® PAA-SDFH® (Phosphoric Acid Anodized-Showa Double Flexible Honeycomb) 4.8-5052-47 is an aerospace grade 5052 aluminum honeycomb materials produced from phosphoric acid anodized aluminum sheets. Phosphoric acid anodize gives an excellent corrosion resistance to aluminum alloy, and the surface treatment system with a corrosion prohibited primer provide the greatest bondability and fatigue strength under critical conditions such as hot & wet condition. PAA-SDFH is available in two selections of core density and foil thickness.

PAA-SFH® PAA-SFH® (Phosphoric Acid Anodized-Showa Flexible Honeycomb) 3.1-5052-19 is an aerospace grade 5052 aluminum honeycomb materials produced from phosphoric acid anodized aluminum sheets. Phosphoric acid anodize gives an excellent corrosion resistance to aluminum alloy, and the surface treatment system with a corrosion prohibited primer provide the greatest bondability and fatigue strength under critical conditions such as hot & wet condition.