Composites Market Articles

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New tornado panels made from composites
The new tornado panels are developed at the University of Alabama at Birmingham (UAB). The composition of thermoplastic and fiberglass resins and fibers used in the panels are stronger per-unit density than the steel used in many current shelters and weigh 80% less, according to the university. Some of the same foams and fibersglass chopped strand mat  are used in the latest armored military vehicles. The research team developed a steel frame that holds the panels, and the frame can be broken down and carried into a closet or bathroom door and then reassembled. The pane...

Seek innovative technologies for composites materials
AVK that is the global alliance for the reinforced plastics, currently is seeking innovative composite products and manufacturing processes for the selection AVK Innovation Award in 2015.Seeking innovative reinforcing material, composite materials covers the following areas:Innovative products, fiberglass chopped strand mat components and applications;Innovative production technology and production processes;Well-known companies in the field of composite materials;Composite materials related Investigation and research projects.The purpose of the innovation award is developing new p...

Development of new energy equipment for glass fiber composites
In recent years, the wind power capacity in the world is growing at an annual rate of 20%.. China is also trying to catch up, in 2006 the new wind capacity of 1347MW, for the 2005 169%. The total capacity reached 2600MW (3.5% of the total wind power capacity).. In 2007 the total installed capacity of wind power further has reached 6000mw, the growth momentum has not been weakened, recently released "renewable energy development" Eleventh Five Year "plan" in 2010 wind power installed capacity will reach 10000 MW. An increase of 1MW of wind power, the blade and cover glass steel (abbreviation: F...

Composite Materials Application In Boatbuilding
Composites offer the advantages of a higher strength to weight ratio than traditional wood or steel methods, and requires lower skill levels to produce an acceptable hull finish on a semi-industrial scale.Since the 1950’s, resins (‘polyester’ and ‘vinylester’) have improved steadily and GRP has become without doubt the most prevalent composite used in boatbuilding. It is used in shipbuilding too, typically for minesweepers which need non-magnetic hulls. In the 21st century, volume GRP boat production follows a full Henry Ford-like industrial production process....

Fiberglass Components on Bridges
Structural engineers have been using fiberglass composites for bridge construction and repair for almost 20 years now. But the popularity of this practice has grown exponentially worldwide for a number of reasons. These bridge components are extremely lightweight compared to other materials, like concrete. They can be prefabricated, then transported to the installation site. They can be erected on prepared foundations in a matter of hours, causing minimal disruption to traffic. Low Weight and High Strength. Composites deliver strength to support the job, wit...

New Properties To Make Composite Material Widely Used
New properties to make composite material widely used.High strength and low weight remain the winning combination that propels composite materials into new arenas, but other properties are equally important. Composite materials offer good vibrational damping and low coefficient of thermal expansion (CTE), characteristics that can be engineered for specialized applications. Composites are resistant to fatigue and provide design/fabrication flexibility that can significantly decrease the number of parts needed for specific applications — which translates into a finished product that requir...

New Epoxy Resin 250?F/120?C without Oven or Autoclave
Almost resin cure slowly or need heat. Now, NONA Composites will unveil its new R404/H18 resin system at CAMX 2015.  This new epoxy resin enables room temperature infusion or filament winding followed by a relatively fast (≈ 2-hr) cure without adding any heat (i.e., no oven no autoclave) or an even faster (15-30 min) heat-added cure (250°F/120°C) with no post-cure, to enable faster, larger, and more flexible composite processing for filament wound pressure vessels, marine structures, industrial composites, and even some lower-temperature aerospace composites. ...

How to Use Composite to Build a Deck That is Environmentally Friendly
You can actually build environmentally friendly composite decking in Perth if you use the right materials. The decking is made from recycled wood shavings and plastics. By mixing these waste products into a building material that’s unique, composites are really excellent for the environment. They decrease the number of materials entering landfills while simultaneously offering a building product that demands very low maintenance.The sub-structureUsing composites to construct a deck isn’t that different from using wood. Ensure that you utilize dry, straight wood for the deck&rsq...

Application and Use of Silane Coupling Agent KH-560 (Silane CFS-838)
Industry Application:1. The silane coupling agent KH-560 can be used in the surface treatment agent on the glass fiber roving. Applications include glass fiber reinforced epoxy composites that improve the physical properties of composites, especially wet strength. 2. KH-560 has the effect of enhancing the physical properties of mineral-filled polymers such as silica-filled epoxy. It is used to improve the dispersibility, compatibility, adhesion and adhesion in the resin phase by surface treatment of inorganic mineral pigments (such as silicon micropowder), flame retardants (such as magnes...

The Eight Rules of Manufacturing for Composite Project
1) Choose the resin to meet your environmental concerns. What chemical reactions will the materials be required to withstand? Will the materials get wet? FRP projects typically are best for materials in a moderate environment, while advanced composites can withstand extremely hot or cold temperatures. Know how your final product will be used, and choose your resins accordingly. 2) Choose the best fiber to meet the physical requirements. The four primary types of fibers are fiberglass, carbon fiber/graphite, organic fibers and aramids. Select fibers for properties such as ten...

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