Mechanical Properties | Metric | English | Comments |
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Compressive Yield Strength | >= 2.07 MPa | >= 300 psi | Stabilized, min |
Hexcel® HexWeb® CR III 5/32-5052-.001 Corrosion Resistant Specification Grade Aluminum Honeycomb Grade is designated as "Cell Size-Alloy-Foil Gauge."5052 and 5056 expanded aerospace grade aluminum honeycomb materials are available in a wide selection of cell sizes and foil gauges. The HexWeb CR.. |
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Compressive Yield Strength | 2.07 MPa | 300 psi | Bare, typ |
Hexcel® HexWeb® HRH-10 - 1/8- 3.0 Aramid Fiber/Phenolic Resin Honeycomb Designation: Material-Cell Size-Density.Hexweb HRH-10 is manufactured from NOMEX aramid fiber sheets. A thermosetting adhesive is used to bond these sheets at the nodes, and after expanding to the h.. |
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Compressive Yield Strength | 2.07 MPa | 300 psi | Bare, typ |
Hexcel® HexWeb® HRH-10 - 3/16 - 3.0 Aramid Fiber/Phenolic Resin Honeycomb Designation: Material-Cell Size-Density.Hexweb HRH-10 is manufactured from NOMEX aramid fiber sheets. A thermosetting adhesive is used to bond these sheets at the nodes, and after expanding to the h.. |
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Compressive Yield Strength | >= 2.07 MPa | >= 300 psi | Bare, min |
Hexcel® HexWeb® HRH-10/F50 - 3.5 Nonmetallic Flex-Core Honeycomb Designation: Material/Cell Size (cells per lineal foot in W direction)-DensityHexcel manufactures two types of nonmetallic reinforced plastic HexWeb Flex-Core: HexWeb HRP - Fiberglasses cloth reinfo.. |
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Compressive Yield Strength | 2.07 MPa | 300 psi | Stabilized |
Hexcel® HexWeb® HRH-36/OX - 3/16 - 3.0 Para-Aramid/Phenolic Core Designation: Material-Cell Size (inches)-DensityHexWeb® HRH-36 is manufactured using KEVLAR® paper. The standard resin system is phenolic.Features: Mechanical properties equivalent to KOREX®; Low.. |
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Compressive Yield Strength | >= 2.07 MPa | >= 300 psi | Stabilized, min |
Hexcel® HexWeb® HRP - 3/8 - 3.2 Fiberglass/Phenolic Honeycomb Designation: Material-Cell Size (inches)-DensityHexWeb HRP is a glass fabric reinforced honeycomb in which a heat-resistant phenolic resin is used both for initial and final impregnations. This prod.. |
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Compressive Yield Strength | >= 2.07 MPa | >= 300 psi | Stabilized, min |
Hexcel® HexWeb® HRP/F35 - 3.5 Nonmetallic Flex-Core Honeycomb Designation: Material/Cell Size (cells per lineal foot in W direction)-DensityHexcel manufactures two types of nonmetallic reinforced plastic HexWeb Flex-Core: HexWeb HRP - Fiberglasses cloth reinfo.. |
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Compressive Yield Strength | >= 2.07 MPa | >= 300 psi | Stabilized, min |
Hexcel® HexWeb® HRP/OX - 3/8 - 3.2 Fiberglass/Phenolic Honeycomb Designation: Material-Cell Size (inches)-DensityHexWeb HRP is a glass fabric reinforced honeycomb in which a heat-resistant phenolic resin is used both for initial and final impregnations. This prod.. |
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Compressive Yield Strength | >= 2.07 MPa | >= 300 psi | Bare, min |
Hexcel® HexWeb® CR III 1/4-5056-.0015 Corrosion Resistant Specification Grade Aluminum Honeycomb Grade is designated as "Cell Size-Alloy-Foil Gauge."5052 and 5056 expanded aerospace grade aluminum honeycomb materials are available in a wide selection of cell sizes and foil gauges. The HexWeb CR.. |
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Compressive Yield Strength | 2.07 MPa | 300 psi | Stabilized, typ |
Hexcel® HexWeb® CR III 1/8-5052-.0007 Corrosion Resistant Specification Grade Aluminum Honeycomb Grade is designated as "Cell Size-Alloy-Foil Gauge."5052 and 5056 expanded aerospace grade aluminum honeycomb materials are available in a wide selection of cell sizes and foil gauges. The HexWeb CR.. |
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Compressive Yield Strength | >= 2.07 MPa | >= 300 psi | Bare, min |
Hexcel® HexWeb® CR-PAA™ 1/4-5056-0.0015 Phosphoric Acid Anodized Aluminum Honeycomb Grade is designated as "Cell Size-Alloy-Foil Gauge." The life cycle of aluminum honeycomb sandwich structures in a given application can be directly related to the quality of the bond between the fa.. |
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Compressive Yield Strength | >= 2.07 MPa | >= 300 psi | Stabilized, min |
Hexcel® HexWeb® CR-PAA™ 5/32-5052-0.001 Phosphoric Acid Anodized Aluminum Honeycomb Grade is designated as "Cell Size-Alloy-Foil Gauge." The life cycle of aluminum honeycomb sandwich structures in a given application can be directly related to the quality of the bond between the fa.. |