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How to Choose Refrigerated Truck Body Panels

Due to cost, installation and construction, the refrigerated truck van panels were gradually made of FRP composite panels. FRP composite panels are made of FRP flats and used as two layers of the bottom and the top, in addition to the role of controlling the weight, and also have good impact resistance. The middle layer uses different kinds of core materials, such as PP honeycomb core material, XPS core material, PU core material, etc.,

The differences between FRP mechanism sheet and Hand Lay-up sheets

At the beginning of the industry, manpower was usually used to make FRP, but most manufacturers use production line to produce FRP sheet now. FRP mechanism sheet gradually replaced hand lay-up sheet. The FRP mechanism sheet has many advantages over the hand lay-up. The FRP mechanism plate has stable quality and uniform thickness. Cost-effective, neat and shiny surface.

ABS Sheet Performance and Applications

ABS sheet is an emerging material in the plastic sheet industry. The full name is Acrylonitrile butdiene styrene. It is a polymer with a relatively la...

Can Flame-retardant Fiberglass Lighting Roofing Panels Be Still Used After Yellowing?

A, Fire-retardant FRP lighting roofing panels are mainly used in steel mills and blast furnaces with high temperatures, fire point splashes or some sp...

RV Traveling Are Getting More and More Popular

    Do you know what a RV is? The concept of the beginning of RV is “movable house”. The RV has all the necessary items for life, including bedr...

Hydroponics Overview Technique and Advantages

1) Hydroponic OverviewHydroponics is a new type of plant soilless culture method, also known as nutrient solution culture. Its core is to directly inf...

FRP Gratings Applications

Thanks of the excellent properties of FRP gratings, they are replacing carbon steel, stainless steel, wood and non-ferrous metals.  The fiberglass gra...

FORE PP Sheet for Tanks

FORE PP Sheet for Tanks Foreth PP Sheet has good acid and alkali resistance properties,excellent welding processability  and non-toxic environmental ...

FRP Sheet & Panel Project

Fibre Reinforced Plastic (FRP) Grating Description

The Fibre Reinforced Plastic (FRP) grating is a moulded, one-piece fibreglass reinforced plastic grating, available in standard panels or fabricated i...

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FRP (Fiber Reinforced Polymer) Composites Benefits

Arion Shu Foreth 2018-03-06 17:55:22
Composites offer many advantages compared to traditional materials used in corrosion applications.

Corrosion Resistance: FRP composites do not rust or corrode. There are various resin systems available to the fabricator which provide long-term resistance to almost every chemical and temperature environment. Properly designed FRP composites parts have long service life and minimum maintenance as compared to most competitive materials.
Inherent Durability: There are case histories of fiberglass ductwork being in service in chemical manufacturing plants for over twenty-five years – operating in harsh chemical environments twenty-four hours a day, seven days a week. How long do composites last? In many cases, over fifty years and still counting!

High Strength: FRP (Fiber Reinforced Polymer) composites are very effective in providing high strength components. FRP composites can be designed to provide a vast range of mechanical properties, including tensile, flexural, impact and compressive strengths.  FRP composites are not isotropic, but anisotropic which allows the designer/fabricator to design a laminate with oriented reinforcement to provide strengths in specific areas or direction as the final application requires.
Lightweight: FRP composites have a higher specific strength than many of the materials used in corrosion applications. They can deliver more strength per unit of weight than most metals.

Design Flexibility: FRP composites can be fabricated into virtually any shape a designer may have in mind. A corrosion application can be complex or simple in configuration; large or small; structural, decorative or cosmetic , or all inclusive. FRP composites free designers to try new concepts, from prototype to production.

Elevated Temperature Service: FRP composite parts fabricated utilizing resins and inert filler technology perform very well in elevated temperature applications.
Thermal cycling: FRP composite parts, in large part due to the polymer matrix selected,  operate in applications that experience temperature changes of more than 150o F for extended periods of time without adverse effects.

Dimensional Stability: FRP composites maintain their shape and functionality, even under severe mechanical and environmental stresses. FRP composites typically do not exhibit viscoelastic or “cold-creep” characteristics of thermoplastics. The yield point of FRP composites is generally its break point.

High Dielectric Strength: FRP composites have excellent electrical insulating properties, making them an obvious choice for current carrying applications.
Parts Consolidation: FRP composite parts often have replaced assemblies of many parts and fasteners required for traditional materials such as stainless steel.

Ability to Form Shapes: FRP composites can be formed into complex shapes easier than other competing materials. This ability gives the designer/fabricator the freedom to create any shape or configuration.