Pultrusion
How 5G is Fast Tracking the Use of Pultruded Composites in Urban Infrastructure
In our culture of bigger, better, faster, instant connectivity is the holy grail of network speeds, and it’s being brought to you by 5G, the next generation of wireless. It’s already available in major urban cities across the U.S. by the major wireless carriers. So, what’s so good about 5G? Its faster internet connections offer speeds Read More…
Some of the Benefits Offered by Pultruded Gratings
The process of pultrusion can make many different kinds of composite products. Pultrusion has been used to create everything from composite rebar two composite I-beams. Now, this process is being used to create composite gratings that have many benefits for their users. The benefits that pultruded gratings offer Pultrusion is a multi-step process used to Read More…
The Benefits of Pultrusion Composites In Mass Transit Buses
When you step on the bus in the morning and head off to work or school, you probably don’t think about pultrusion at all. In fact, you may not even know what this process is or how it’s used. However, thanks to the pultrusion process, your bus is able to take advantage of the benefits Read More…
How the Pultrusion Process Helps Car Crash Victims
The pultrusion process can be used to make a wide variety of composite products for industries such as aerospace, construction and chemical processing. However, this process also allows first responders to have the best of tools for dealing with a motor vehicle accident. What Is the Pultrusion Process? The pultrusion process is one of several Read More…
Pultrusion Process for Composites Benefits Many Industries
The pultrusion process is a method of composite product creation in which composite fibers are pulled through a resin bath and into a heated metal die shaped like the desired end-product. This heated die cures and compacts the fibers as they are pulled through the die, and then a pre-programmed automated saw cuts the product Read More…
Case study: Pultrusion Process Results in Unique Aerospace Applications
Advanced composites are an attractive option for the aerospace industry thanks to their durability, lightweight nature and cost-effectiveness. When it comes to processes, pultrusion is especially effective for high-volume parts. Many manufacturers find the continuous, automated process can help produce better constant cross-section parts like I-beams, channels, angles, beams, rods, bars, tubing and sheets. Pultrusion Read More…
Composites One Streamlines Pultrusion Process for Manufacturers
A continuous and highly automated process, pultrusion is a cost-effective way to manage high volume production runs of constant cross section parts. A combination of the words “pull,” and “extrusion,” pultrusion uses a caterpillar tread-like system to pull fiber through a catalyzed resin bath and into a heated metal die in the shape of the Read More…
Composites One is Industry’s Leading Expert on Innovative, High-Volume Manufacturing Process
Composites One knows that generating high volume composite productions that are more cost effective than traditional options like open molding is important to today’s manufacturers. Pultrusion is one such process. Pultrusion is a high-volume, cost effective method used to produce composite cross section pieces such as I-beams, channels, angles, beams, rods, bars, tubing and sheets, Read More…
Case Study: Rail Line Landmark is Rebuilt Using the Pultrusion Process
Pultrusion is a cost-effective process used for high-volume productivity. Typically used for composites, this process is often adopted when large infrastructures need to be rebuilt or repaired with new composite materials. One such example is the rebuilding of Great Britain’s extensive pedestrian bridges. This specific bridge stretched roughly 110 meters and was built predominantly from Read More…
FRP Pultrusion
FRP Pultrusion offers many advantages over traditional material. They include: High Strength Lightweight Corrosion/Rot Resistant Non-Conductive Engineers & Specifiers, find the resource to need to specify and use pultrused products. Some of the standards include: Load Resistant Factor Design Cooling Tower Institute ANSI A14.5, A14.3 Learn more: http://www.pultrusionindustry.org/
