Reinforcements
OceanGate's Titanic expedition rescheduled
The five-person carbon fiber and titanium submersible Titan will survey the Titanic wreckage in the summer of 2019.
Read MoreSKAPS completes Matrix Composites acquisition
US-based SKAPS, which makes geosynthetic and nonwoven drainage products, is adding woven and nonwoven fiberglass products with the acquisition of Texas- and Kentucky-based Matrix Composites.
Read MoreDSM increases Dyneema capacity
Capacity will be expanded in the US and Europe for the ultrahigh molecular weight polyethylene (UHMWPE)-based fiber.
Read MoreSGL and Automotive Management Consulting announce cooperation to develop "xFK in 3D" technology
SGL Sigrapreg TowPreg used in patented 3D winding process to produce lightweight, optimized composite structures with efficiency, speed and reduced waste.
Read MoreWebinar: Introduction to Basalt Fiber
CompositesWorld is presenting a free Mafic-sponsored webinar on Thursday June 7, at 2:00 pm EDT, titled “Introduction to Basalt Fiber.”
Read MoreGetting carbon fiber cost down
4M Carbon Fiber Corp. says its objective is to demonstrate that standard modulus carbon fiber can be made from textile grade PAN precursor using significantly less energy and in less than half the processing time, thus cutting carbon fiber manufacturing cost by about 50%. Plasma oxidation is the key.
Read MoreUpdate on CTC Global's ACCC Conductor
The carbon fiber core powerline product has recently been installed in South Carolina, India and Spain.
Read MorePeople on the Move: May 2018
CW’s monthly roundup of people on the move in the composites industry.
Read MorePultruded composites market growing, says EPTA
The European Pultrusion Technology Association (EPTA, Frankfurt, Germany) has published an in-depth report on its highly successful 2018 conference, held in Vienna on March 1-2, 2018. The 12-page document, World Pultrusion Conference 2018: Attractive Long-Term Prospects for Pultruded Composites, is available to download from the EPTA website.
Read MoreSaertex develops glass-fiber reinforcement material for wind-turbine rotor blades
The new high-strength glass unidirectional fabric achieves tensile strengths that are reportedly up to 20% higher than conventional glass UD fabrics
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