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Master Bond adhesives
Hexcel® HexWeb® Rigicell™ 1/8 – 2 – STD 22.1 pcf, Corrosion Resistant Aluminum Corrugated Honeycomb
Categories: Metal; Nonferrous Metal; Aluminum Alloy

Material Notes: Description: Corrosion resistant HexWeb® Rigicell™ is manufactured by bonding together corrugated sheets of treated 5052 aluminum. This process allows fabrications of much higher density honeycomb than is possible by the expansion process. The node bond adhesive is a thermosetting type. Slices are cut from the corrugated block to specified thickness, length, and width.

Features

  • High-density structural grade honeycomb
  • High-compressive, shear and crush strength values
  • Easily machined
  • Excellent corrosion resistance
  • Excellent energy absorption characteristics
  • Damage tolerant; exhibits a nonbrittle failure mode
  • Excellent for fastener points and closeouts; stronger than potting compounds
Applications: Hexcel HexWeb® Rigicell™ honeycomb finds numerous uses as an energy absorption medium where large predetermined crush forces are requested to decelerate, restrain, and protect moving objects. Crush strokes of up to 65% are obtainable. HexWeb® Rigicell™ is used in sandwich structures when high strength and rigidity are requested. In addition, it is used as a higher performance alternative to epoxy potting compounds, aluminum extrusion and machined aluminum details in honeycomb structures for fastener inserts, details and closeouts. For the same weight as epoxy potting compounds, HexWeb® Rigicell™ offers higher strength, lower manufacturing costs, better reliability, and higher skin to insert bond strength. HexWeb® Rigicell™ eliminates expensive fit up and edge voids between extrusion and low-density core. For the same strength, HexWeb® Rigicell™ weighs and costs less than machined details with undercuts and lightening holes. HexWeb® Rigicell™ plugs are easily bonded in low-density core by wrapping them with a foaming core splice adhesive prior to insertion.

Information provided by Hexcel Corporation.

Vendors:
Available Properties
  • Density
  • Compressive Strength, L Direction
  • Compressive Strength, W Direction
  • Shear Strength, W Direction
  • Shear Strength, L Direction
  
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