PAMG-XR1 5056 Aluminum Honeycomb
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PAMG-XR1 5056 Aluminum Honeycomb Description: PAMG-XR1 5056 aerospace grade aluminum honeycomb is a lightweight core material which offers superior strength and corrosion resistance over 5052 and 3003 aluminum honeycomb. PAMG-XR1 5056 honeycomb is made from 5056 aluminum alloy foil and meets all the requirements of AMS C7438 Rev A. Applications: PAMG-XR1 5056 honeycomb uses include aircraft floors, aircraft leading and trailing edges, missile wings, fan casings, fuel cells, fuselage components, helicopter rotor blades and navy bulkhead joiner panels. PAMG-XR1 5056 honeycomb is suitable for applications where materials conforming to AMS C7438 Rev A are required. PAMG-XR1 5056 honeycomb is available in four forms: unexpanded blocks, unexpanded slices, untrimmed expanded sheets and cut to size expanded sheets. It is also available with or without cell perforations to facilitate cell venting for certain applications. • High thermal conductivity • Flame resistant • Low weight / High strength • Fungi resistant Cell Sizes: • Excellent moisture and corrosion resistance Length: Width: Thickness: Density: Cell Size: + 6", - 0" + 6", - 0" ± .005" (under 4" thick) ± .062" (over 4" thick) ± 10% ± 10% Special dimensions, sizes, tolerances, CNC machining and die cut to size can be provided upon request. Corrosion Resistance: The chromated XR1 coating offers excellent protection for honeycomb cores exposed to corrosive environments, meeting the requirements of AMS C7438 Rev A, CL2.

Tested at 0.625" per AMS C7438 Rev A at room temperature. Minimum values may be up to 25% lower than typical values. Plascore, Inc., employs a quality management system that is Nadcap, AS/EN/JISQ 9100, ISO 9001:2008-C and ISO 14001:2004 certified. IMPORTANT NOTICE: The information contained in these materials regarding Plascore's products, processes, or equipment, is intended to be up to date, accurate, and complete. However, Plascore cannot warrant that this is always the case. Accordingly, it is a purchaser's or user's responsibility to perform sufficient testing and evaluation to...