Products in Honeycomb

HexWeb® HRH-10 is manufactured from aramid fiber sheets. A thermosetting adhesive is used to bond these sheets at the nodes, and, after expanding to the hexagonal or OX-Core® configuration, the block is dipped in phenolic resin. After curing the resin, slices are cut to the desired thickness. Using this process, a wide range of cell sizes, thicknesses, and densities can be produced.

AeroRigid™ 2623 is a sandwich panel made with facings of fiberglass cloth reinforced epoxy laminate and Nomex® honeycomb (SAH) that is designed for use in commercial aircraft interior structures and non-structures such as crew rests and galley areas.

Ultracor UCF-204F-3/8-3.5 is available as a honeycomb core with distinctive cell geometry. UltraFlex provides similar or higher mechanical properties than comparable hexagonal cores of equivalent density.

Rock West Composites NOM-0085-11-D is a Aerospace grade aramid fiber honeycomb that exhibits outstanding flammability properties. It is manufactured from Meta-Aramid paper and coated with a heat resistant phenolic resin.

Teccore® TG120 creates additional stiffness in advanced composite panels at lower weight and cost. A panel density of 0.9 g/cm2 can be achieved. By replacing carbon (prepreg) content, Lantor Teccore reduces the environmental impact of carbon composites up to 40% CO2 eq. emission and energy used. Teccore has a nonwoven base made from recycled bottles and resin bonded microspheres to build up low weight volume. Lantor Teccore helps to reduce the fiber print in composite parts and makes painting much easier.

CORMASTER NOMEX® AEROSPACE Hexagonal C1 6,4 is the ideal lightweight material for aeronautical applications and non metallic structures made from NOMEX® T412 paper sheets bonded together and coated with a phenolic resin.

Ultracor UKF-171-1/4-2.3 is used in Double Shell Reflectors and other lightly loaded structures requiring Kevlar’s dielectric properties. UKF-171-1/4-2.3 is space qualified material.

Tricel Honeycomb (1/4 - 60 - 60 -15%) is a kraft paper product fabricated to form a continuous series of triangular cells, similar in appearance to the cross-section view of corrugated board.

Coremat® Xi 3 is the cost effective solution for open mold processes, It is used as core material and/or print blocker It is a polyester nonwoven and compatible with all regular types of resins, including Polyester, Vinylester, Phenolic and Epoxy. It Is suitable for hand lay-up and spray-up process

Plascore PP Polypropylene Honeycomb PP1-5.0-N1-8 exhibits a unique cell structure. The core has 3 orientations vs. the 2 orientations common with other honeycomb, making its properties more uniform. Each cell has a tubular form and is inherently stable. PP polypropylene honeycomb is supplied with or without a non-woven polyester veil for better bonding. It is also supplied with or without a film barrier under the polyester veil to limit the amount of resin consumption.

Nomex® AHN 7800-1/8-3.0 is an Commercial Grade Nomex® honeycomb particularly suited for use where resistance to corrosive attack and moisture are important. This material exhibits good strength characteristics and is fire resistant. It is available in a variety of cell sizes and densities to suit most purposes. Typical applications include lightweight non-structural bulkheads for ships, joiner panels, shelters, antennas, and auto body panels. This material is not intended for aircraft or aerospace applications. This material also exhibits good thermal insulation properties and also has good dielectric properties. This honeycomb is easily machined, formed, and shaped and well suited to adhesive bonding.

HexWeb® HRH-36 is manufactured using Kevlar ® paper. The standard resin system is phenolic. Alternate resin systems may be available upon request.

Lantor Soric® LRC 2 is a flexible, low resin consumption honeycomb foam mat used to add structure and thickness to composite laminates. It absorbs approximately 20% less resin compared to the “Lantor Soric XF” 2MM Aero Mat resulting in a lighter finished product. The compression resistant hexagonal cell structure and resin flow channels make Aero-Mat ideal as a core material and infusion medium in one.

Tubus Bauer GmbH PC 2,5-110 is a tubus core made with Polycarbonate.

Soric® LRC 1.5 is the cost effective solution for closed mold processes. It is used as core material and infusion medium. It is a pressure stable polyester nonwoven and compatible with all regular types of resins, including Polyester, Vinylester, Phenolic and Epoxy. It is suitable for closed mold processes, including Infusion, RTM Light, RTM Heavy.

Tricel Honeycomb (3/8 - 60 - 60 -15%) is a kraft paper product fabricated to form a continuous series of triangular cells, similar in appearance to the cross-section view of corrugated board.

HexWeb® HRH-310 is manufactured from aramid fiber sheets. A thermosetting adhesive is used to bond these sheets at the nodes, and after expanding to the hexagonal configuration, the block is dipped in polyimide resin. After curing the resin, slices are cut to the desired thickness.

CORMASTER NOMEX® INDUSTRIAL Hexagonal C2 - 3,2 is a high performance lightweight material for industrial applications and non metallic structures made from NOMEX® T722 paper sheets bonded together and coated with a phenolic resin.

Lantor Soric® XF 2 is a flexible honeycomb foam mat used to add structure and thickness to composite laminates. The compression resistant hexagonal cell structure and resin flow channels make Aero-Mat ideal as a core material and infusion medium in one. Unlike standard cell honeycomb, Aero-Mat is very flexible and will conform to compound shapes. The pressure resistant cells create thickness in the laminate without the added weight of extra fabric layers. It is ideally suited for reinforcing curved laminations where additional stiffness is needed.

Nomex® AHN-4120-1/4-3.0 is an Aerospace Grade Nomex® Honeycomb which exhibits high strength and toughness in a small cell, low density, non-metallic honeycomb. It is particularly noted for its corrosion resistance. This material is fire resistant and is typically used in transport aircraft construction where low O.S.U., smoke, and toxicity characteristics are a necessity. This material also exhibits good thermal insulation properties and also has good dielectic properties. This honeycomb is easily machined, formed, and shaped and well suited to adhesive bonding.

CORMASTER NOMEX® AEROSPACE Hexagonal C1 4,8 is the ideal lightweight material for aeronautical applications and non metallic structures made from NOMEX® T412 paper sheets bonded together and coated with a phenolic resin.

Non-metallic honeycombs are manufactured from high temperature resistant aramid paper formed into a honeycomb structure, and coated with a phenolic resin. The combination of aramid paper and phenolic resin gives types A1 and A10 their superior strength, toughness and chemical resistance. The honeycomb cell shape is normally hexagonal for optimum mechanical properties. It can also be overexpanded to produce a rectangular cell shape and provide improved drapeability for the production of curved parts.

Soric® XF 1.5 is the cost effective solution for closed mold processes. It is used as core material and infusion medium. It is a pressure stable polyester nonwoven and compatible with all regular types of resins, including Polyester, Vinylester, Phenolic and Epoxy. It is suitable for closed mold processes, including Infusion, RTM Light, RTM Heavy.

Ultracor UGF-256F-1/4-4.0 is commonly used in lightly loaded structures requiring fiberglass dielectric properties and material strength.

NIDAPLAST 8R are honeycomb structures, 8mm mesh, in polypropylene used as the core of structural sandwich panels. Nidaplast 8R is the standard product in the range. It is suitable for use by contact or projection stratification. The surface coating (polyester non-woven) allows practically all types of materials to be laminated or bonded, for applications in many fields: building, transport, water sports, industrial equipment, sport, leisure. The Nidaplast 8R product has the " Naval Approval Certificate " issued by DNV. Germanischer Lloyd certificate. The polyester nonwoven present on nidaplast 8R offers an ideal surface for impregnation with thermosetting resins (polyester, epoxy, etc.).

Soric® TF 3 is the cost effective solution for closed mold processes. It is used as core material and infusion medium. It is a pressure stable polyester nonwoven and compatible with all regular types of resins, including Polyester, Vinylester, Phenolic and Epoxy. It is suitable for closed mold processes, including Infusion, RTM Light, RTM Heavy.

Gillcore® HA is a commercial grade Nomex® aramid fiber reinforced honeycomb which is coated with heat resistant phenolic resin. Gillcore® HA is an economical alternative of Gillcore® HD for non-aerospace applications. A wide selection of HA honeycomb types, including different cell sizes, cell geometries, paper thicknesses and densities are available.

MATLINE+ 301 is designed for use as a core material in dry and wet-on-wet hand layup and spray lamination production. It is proven as an effective alternative to glass fiber core layers, delivering consistent thickness without adding excess weight, improving rigidity whilst lowering overall manufacturing costs.

Tubus Bauer GmbH PC 4,0-80 is a tubus core made with Polycarbonate.

Nomex® AHN-4120-3/16-4.0 OX is an Aerospace Grade Nomex® Honeycomb which exhibits high strength and toughness in a small cell, low density, non-metallic honeycomb. It is particularly noted for its corrosion resistance. This material is fire resistant and is typically used in transport aircraft construction where low O.S.U., smoke, and toxicity characteristics are a necessity. This material also exhibits good thermal insulation properties and also has good dielectic properties. This honeycomb is easily machined, formed, and shaped and well suited to adhesive bonding.

Nomex® AHN-4120-1/4-1.5 is an Aerospace Grade Nomex® Honeycomb which exhibits high strength and toughness in a small cell, low density, non-metallic honeycomb. It is particularly noted for its corrosion resistance. This material is fire resistant and is typically used in transport aircraft construction where low O.S.U., smoke, and toxicity characteristics are a necessity. This material also exhibits good thermal insulation properties and also has good dielectic properties. This honeycomb is easily machined, formed, and shaped and well suited to adhesive bonding.

Plascore PP Polypropylene Honeycomb PP1-4.0-N1-10 exhibits a unique cell structure. The core has 3 orientations vs. the 2 orientations common with other honeycomb, making its properties more uniform. Each cell has a tubular form and is inherently stable. PP polypropylene honeycomb is supplied with or without a non-woven polyester veil for better bonding. It is also supplied with or without a film barrier under the polyester veil to limit the amount of resin consumption.

Rock West Composites NOM-0460-50100-D is a Aerospace grade aramid fiber honeycomb that exhibits outstanding flammability properties. It is manufactured from Meta-Aramid paper and coated with a heat resistant phenolic resin.

Ultracor UCF-278-3/8-3.5 is used in structural applications where high mechanical performance is paramount and low density remains a primary concern.

Nomex® AHN-4120-3/8-2.0 is an Aerospace Grade Nomex® Honeycomb which exhibits high strength and toughness in a small cell, low density, non-metallic honeycomb. It is particularly noted for its corrosion resistance. This material is fire resistant and is typically used in transport aircraft construction where low O.S.U., smoke, and toxicity characteristics are a necessity. This material also exhibits good thermal insulation properties and also has good dielectic properties. This honeycomb is easily machined, formed, and shaped and well suited to adhesive bonding.

Ultracor UCF-208F-3/8.2.0 is a flexible core material used for structures were thermal stability is an absolute requirement. This material has a zero coefficient of thermal expansion (CTE). It is appropriate for lightly loaded structures where low weight and high performance are concerns.