Adhesives

Marine

Connecting composites to steel

Hyconnect combines glass and steel fibers with welding to lightweight structures.

Read More
Nanomaterials

Multifunctional composites could help achieve structural supercapacitors for EVs

In a recent study, functionalized graphene/nanofiber electrodes showed 2X modulus, strength and 5-10X multifunctional efficiency.

Read More
Feature

Composite deck reduces river ship draft

SAERTEX worked with shipbuilder Neptun Werft to build a composite superstructure to cut weight 45% vs. steel in a river cruiser.

Read More

Removing barriers to lightweighting ships with composites

EU consortia propel large demonstrators, new technology and affordable certification.

Read More
Carbon Fibers

3D filament winding enables vehicle seating concept

Multi-company collaboration uses xFK in 3D and additive manufacturing to develop an ultra-lightweight seat for hypercars and future mobility platforms.

Read More
Autoclave

Fixed-gantry options for large-scale additive manufacturing

Thermwood’s LSAM MT, the latest model of is large-scale additive manufacturing machine, features a single fixed gantry mounted over a moving table.

Watch
Out of Autoclave

FRP, pultrusion enable mobile Antarctic habitat module

Constructed of fire-retardant fiberglass-reinforced polyurethane walls and pultruded beams, the self contained living unit is designed to withstand extreme Antarctic weather conditions.

Read More
Adhesives

Epoxy toughening agent enhances adhesion for automotive applications

CVC Thermoset Specialties’ HyPox RA875 epoxy adduct toughening agent is said to enable improved peel strength at room temperature and temperatures down to -40°C.

Read More
Aerospace

Corebon expands induction-based composites production into new facility

Results for cutting CFRP cycle time to be presented at Carbon Fiber 2019 conference.

Watch
Carbon Fibers

Epic Aircraft carbon fiber aircraft achieves FAA type certification

Deliveries of the all carbon fiber single-engine turboprop are scheduled to begin this year.

Read More