Image credits
The temporary product-category and application images below were cropped, resized and converted to WebP for this site. Each adapted image remains available under its source license; no creator or source endorses getfrp.
FRP Grating
Fiberglass FRP Grating · by Strongwell · CC BY-SA 2.0
Pultruded Profiles
FRP Handrail and Structural Members · by Strongwell · CC BY-SA 2.0
Fiberglass Sheet
GFRP Translucent deck panels · by Usuaris · CC BY-SA 3.0
FRP Rebar
GFRP rebar · by Manop · CC BY-SA 4.0
FRP Pipe
Metal expansion joint on fiberglass piping · by RomanM82 · CC BY-SA 4.0
SMC / BMC
PAET-5 - Class A Compression-Molded Carbon Composite Hood · by spe.automotive · CC BY-SA 2.0
Resin & Gelcoat
Mix of Epoxy Resin and Hardener · by Dzhang2680 · CC BY-SA 3.0
Fiber & Glass
Glass reinforcements · by Cjp24 · CC BY-SA 3.0
Application cover images
These temporary application covers were downloaded, compressed and converted to SEO-named WebP files for local delivery.
Aerospace & Space
Aircraft wing · by Victor Freitas · Pexels License
Automotive & Road Transportation
Robots assembling a car in a modern factory · by Hyundai Motor Group · Pexels License
Rail & Mass Transit
Train station · by Kaique Rocha · Pexels License
Marine, Shipbuilding & Offshore
Sailing yacht docked at a marina · by Gizem Erol · Pexels License
Defence, Security & Ballistics
Military armoured vehicle · by Etkin Celep · Pexels License
Infrastructure & Civil Engineering
Bridge under construction · by Aleksey Vinogradov · Pexels License
Building & Architecture
Modern building with geometric architecture · by Laura Tancredi · Pexels License
Water, Wastewater & Desalination
Aerial view of a wastewater treatment plant · by Marcin Jozwiak · Pexels License
Telecom & Data Centers
Server racks in a data center · by Brett Sayles · Pexels License
Bath, Pools & Recreational Vehicles
Swimming pool with slides · by Pixabay · Pexels License
Wind & Renewable Energy
Wind turbine from below · by Vadym Alyekseyenko · Pexels License
Chemical, Oil & Gas Processing
Industrial plant storage tanks · by Brett Sayles · Pexels License
Hydrogen, CNG & Pressure Vessels
Industrial storage tanks at sunset in Rotterdam · by Igor Passchier · Pexels License
Electrical & Utilities
Transmission tower · by H&CO · Pexels License
Mining & Mineral Processing
Industrial open-pit mining site · by Xiang Qi · Pexels License
Industrial Equipment & Machinery
Industrial robot arm in a manufacturing facility · by Freek Wolsink · Pexels License
Healthcare, Medical & Prosthetics
Man with prosthetic leg undergoing rehabilitation · by Kampus Production · Pexels License
Sports, Leisure & Recreation
Road bicycle race · by Leyla Helvaci · Pexels License
Consumer, Furniture & Home
Modern furniture in a room · by merve emre · Pexels License
Agriculture, Aquaculture & Food Processing
Aerial view of a fish farm with circular nets · by Esra Bürçün Erşahin · Pexels License
Research report photographs and illustrations
Research reports use licensed photographs and original editorial illustrations. Each item identifies its creator and source. Schematics are conceptual and not to scale; photographs and trademarks imply no endorsement of GetFRP.
Toyota Mirai high-pressure hydrogen tank, São Paulo 2016
Source on Wikimedia Commons · by Mariordo (Mario Roberto Durán Ortiz) · CC BY-SA 4.0 · used in China Hydrogen Storage Cylinder Market: Type III, Type IV and Vehicle Supply Chains
Fuel-cell vehicles at ITM Power hydrogen station, CEME
Source on Wikimedia Commons · by Bexim · CC BY-SA 4.0 · used in China Hydrogen Storage Cylinder Market: Type III, Type IV and Vehicle Supply Chains
Foton BJ6123FCEVCH-1 fuel-cell bus
Source on Wikimedia Commons · by Skyline2771 · CC BY-SA 4.0 · used in China Hydrogen Storage Cylinder Market: Type III, Type IV and Vehicle Supply Chains
Silicone insulators on a 110 kV overhead power line
Source on Wikimedia Commons · by Kreuzschnabel · CC BY-SA 3.0 · used in China Composite Insulator Market: Grid Demand, FRP Core Rods and Supplier Qualification
Silicone insulators at Hoheneck transformer station
Source on Wikimedia Commons · by Kreuzschnabel · CC BY-SA 3.0 · used in China Composite Insulator Market: Grid Demand, FRP Core Rods and Supplier Qualification
Silicone compound insulators at Rüsselsheim substation
Source on Wikimedia Commons · by Kreuzschnabel · CC BY-SA 3.0 · used in China Composite Insulator Market: Grid Demand, FRP Core Rods and Supplier Qualification
Stacked fiberglass pipes
Source on Wikimedia Commons · by Igorevich / Igor Savin · CC BY-SA 3.0 · used in China FRP Pipe Industry: Water, Industrial Service and Export Procurement
HOBAS Pipe 3m
Source on Wikimedia Commons · by HOBAS / Alexandra Dobnigg · CC BY-SA 3.0 · used in China FRP Pipe Industry: Water, Industrial Service and Export Procurement
Fiberglass pipes with different types of connectors
Source on Wikimedia Commons · by Igorevich / Igor Savin · CC BY-SA 3.0 · used in China FRP Pipe Industry: Water, Industrial Service and Export Procurement
Fiberglass pipes workshop (Tsekh po proizvodstvu stekloplastikovykh trub 01)
Source on Wikimedia Commons · by Igorevich · CC BY-SA 3.0 · used in Epoxy vs Vinyl Ester Resin: Datasheet, Chemical and China Price Comparison
Obliquely longitudinal cross-layer winding of fiberglass pipe (Kososloinaya prodolno-poperechnaya namotka)
Source on Wikimedia Commons · by Igorevich · CC BY-SA 3.0 · used in Epoxy vs Vinyl Ester Resin: Datasheet, Chemical and China Price Comparison
Coque en preparation fibre de verre epoxy du Trait d'Union
Source on Wikimedia Commons · by Aeroceanaute · CC BY-SA 4.0 · used in Epoxy vs Vinyl Ester Resin: Datasheet, Chemical and China Price Comparison
Glass reinforcements
Source on Wikimedia Commons · by Cjp24 · CC BY-SA 3.0 · used in China Glass Fiber Market 2026: Producers, Prices, Grades and Duties
3B Glass Fibre Plant Battice, Belgium
Source on Wikimedia Commons · by Cambarellus · CC BY-SA 4.0 · used in China Glass Fiber Market 2026: Producers, Prices, Grades and Duties
Fibreglass fabric 1100g per m2
Source on Wikimedia Commons · by Achim Hering · CC BY 3.0 · used in China Glass Fiber Market 2026: Producers, Prices, Grades and Duties
Container cranes at the MPET- MSC PSA European Terminal in Port of Antwerp (Kieldrecht, Belgium) during the sunset civil twilight (DSCF3901)
Source on Wikimedia Commons · by Trougnouf · CC BY 4.0 · used in China Glass Fiber Market 2026: Producers, Prices, Grades and Duties
Carbon fiber - epoxy thermoset prepreg
Source on Wikimedia Commons · by Acheolg · CC BY-SA 4.0 · used in Carbon Fiber Prepreg Procurement: Specs, Shelf Life, Cold Chain and China Suppliers
Thermoplastic Prepreg
Source on Wikimedia Commons · by Acheolg · CC BY-SA 4.0 · used in Carbon Fiber Prepreg Procurement: Specs, Shelf Life, Cold Chain and China Suppliers
AFP Prepreg
Source on Wikimedia Commons · by Jota Machinery · CC BY-SA 4.0 · used in Carbon Fiber Prepreg Procurement: Specs, Shelf Life, Cold Chain and China Suppliers
DLR autoclave transport on A26 high-way
Source on Wikimedia Commons · by DLR · CC BY 3.0 · used in Carbon Fiber Prepreg Procurement: Specs, Shelf Life, Cold Chain and China Suppliers
Container für Trockeneis
Source on Wikimedia Commons · by Robin Müller · CC BY-SA 3.0 · used in Carbon Fiber Prepreg Procurement: Specs, Shelf Life, Cold Chain and China Suppliers
Pultruzja
Source on Wikimedia Commons · by Tomaszmalatynski1997 · CC BY-SA 4.0 · used in Pultrusion Machine Selection: Pull Force, Line Speed, Price and FAT
Pultrusionsprofile
Source on Wikimedia Commons · by Thomastechnik · CC BY-SA 3.0 · used in Pultrusion Machine Selection: Pull Force, Line Speed, Price and FAT
Electrical-engineer-control-plc
Source on Wikimedia Commons · by Combustion2016 · CC BY-SA 4.0 · used in Pultrusion Machine Selection: Pull Force, Line Speed, Price and FAT
Infusion carbone-epoxy
Source on Wikimedia Commons · by Lolowikicompo · CC BY-SA 4.0 · used in Composite Tooling Materials: Invar vs Carbon Fiber vs Aluminum Molds (2026)
Boeing Aerostructures Australia (8755291797)
Source on Wikimedia Commons · by Jetstar Airways · CC BY-SA 2.0 · used in Composite Tooling Materials: Invar vs Carbon Fiber vs Aluminum Molds (2026)
Leica Absolute Tracker ATS600
Source on Wikimedia Commons · by FanchonH · CC BY-SA 4.0 · used in Composite Tooling Materials: Invar vs Carbon Fiber vs Aluminum Molds (2026)
SERVO HYDRAULIC COMPRESSION MOLDING PRESSES
Source on Wikimedia Commons · by Sam D. Wilbur · CC BY-SA 4.0 · used in SMC vs BMC: Formulation, Properties, Molding and China Sourcing
HD2-400 x 3 Molding Press
Source on Wikimedia Commons · by Sam D. Wilbur · CC BY-SA 4.0 · used in SMC vs BMC: Formulation, Properties, Molding and China Sourcing
MCCB Merlin Gerin compact NS250N (front side)
Source on Wikimedia Commons · by Pui108108 · CC BY 4.0 · used in SMC vs BMC: Formulation, Properties, Molding and China Sourcing
Before heated
Source on Wikimedia Commons · by Duboyong · CC BY-SA 4.0 · used in Vacuum Infusion vs RTM: Pressure, Fiber Content, Cycle Time and Cost
Siemens Wind Turbine Blade Factory
Source on Wikimedia Commons · by Ian S · CC BY-SA 2.0 · used in Vacuum Infusion vs RTM: Pressure, Fiber Content, Cycle Time and Cost
2013 IAA DSC01660 DxO
Source on Wikimedia Commons · by youkeys · CC BY 2.0 · used in Vacuum Infusion vs RTM: Pressure, Fiber Content, Cycle Time and Cost
FRP Grate used as the surface material of the Manly Dam Trail
Source on Wikimedia Commons · by AndrewHarvey4 · CC0 1.0 · used in FRP vs Steel Grating: Load Tables, Weight, Corrosion and Cost
Sea platform gratings
Source on Wikimedia Commons · by Belt777 · CC BY-SA 3.0 · used in FRP vs Steel Grating: Load Tables, Weight, Corrosion and Cost
Stahlbau mit Gitterrosten
Source on Wikimedia Commons · by Sensenschmied · CC BY 3.0 · used in FRP vs Steel Grating: Load Tables, Weight, Corrosion and Cost
Carbon fiber
Source on Wikimedia Commons · by Cjp24 · Public domain · used in Carbon Fiber vs Fiberglass: Properties, Cost per Stiffness, When to Use Each
Bimetall corrosion
Source on Wikimedia Commons · by DG3YEV · CC BY-SA 4.0 · used in Carbon Fiber vs Fiberglass: Properties, Cost per Stiffness, When to Use Each
MIT radome dish
Source on Wikimedia Commons · by Nickknack00 · CC BY-SA 4.0 · used in Carbon Fiber vs Fiberglass: Properties, Cost per Stiffness, When to Use Each
Wind rotor profile
Source on Wikimedia Commons · by Qkaz · CC BY-SA 3.0 · used in Carbon Fiber vs Fiberglass: Properties, Cost per Stiffness, When to Use Each
Wind turbine blades Hanna Alberta 1
Source on Wikimedia Commons · by KenWalker · CC BY-SA 4.0 · used in Composite Materials Market Size 2026: Tonnes, Dollars and China's Share
EU2024BE 240208 Informal meeting of competitiveness ministers (internal market and industry) Fibreglass Genk - 265
Source on Wikimedia Commons · by Belgian Presidency of the Council of the European Union / Julien Nizet · CC BY 2.0 · used in Composite Materials Market Size 2026: Tonnes, Dollars and China's Share
Cuve en fibre de verre
Source on Wikimedia Commons · by Olivier Lemoine (Photo-Terroir.fr) · CC BY-SA 4.0 · used in Composite Materials Market Size 2026: Tonnes, Dollars and China's Share
GFRP rebar (cropped)
Source on Wikimedia Commons · by Manop · CC BY-SA 4.0 · used in Global GFRP Rebar Market 2026: Demand, Leading Producers and China's Gap
Maslinica, beton korodovaný působením mořské vody 01
Source on Wikimedia Commons · by Draceane · CC BY-SA 4.0 · used in Global GFRP Rebar Market 2026: Demand, Leading Producers and China's Gap
Deck Reinforcement VT (8495188335)
Source on Wikimedia Commons · by Federal Highway Administration (FHWA) · Public domain (U.S. Department of Transportation work) · used in Global GFRP Rebar Market 2026: Demand, Leading Producers and China's Gap
Tatuzão chega à futura estação AACD-Servidor da Linha 5-Lilás do Metrô (16359154554) (2)
Source on Wikimedia Commons · by Edson Lopes Jr/A2Img, Governo do Estado de São Paulo · CC BY 2.0 · used in Global GFRP Rebar Market 2026: Demand, Leading Producers and China's Gap
Demonstration and validation of a composite grid reinforcement system for bridge decks, Final report on Project F12-AR01 (Figure 7)
Source on Wikimedia Commons · by US Army Corps of Engineers, ERDC Construction Engineering Research Laboratory · Public domain (U.S. Army Corps of Engineers work) · used in Global GFRP Rebar Market 2026: Demand, Leading Producers and China's Gap
Composite rebar
Source on Wikimedia Commons · by Raist3000 · CC BY-SA 3.0 · used in Global GFRP Rebar Market 2026: Demand, Leading Producers and China's Gap
Shield tunneling machine for the Hangzhou Metro (Commons file dated 20200607)
Source on Wikimedia Commons · by MasaneMiyaPA · CC BY-SA 4.0 · used in Global GFRP Rebar Market 2026: Demand, Leading Producers and China's Gap
West section of Hong Kong-Zhuhai-Macau Bridge (20180902174105)
Source on Wikimedia Commons · by N509FZ · CC BY-SA 4.0 · used in Global GFRP Rebar Market 2026: Demand, Leading Producers and China's Gap
Pultrusionsanlage
Source on Wikimedia Commons · by JSortimo · CC BY-SA 3.0 · used in China Pultrusion Market 2026: Data, Supply Chain and Sourcing Research
Pultruded spar-cap strip assembly
Source and editorial context · by GetFRP · CC BY 4.0 · used in China Pultrusion Market 2026: Data, Supply Chain and Sourcing Research
Solar panels in the desert
Source on Wikimedia Commons · by Dennis Schroeder / NREL · Public domain (U.S. government work) · used in China Pultrusion Market 2026: Data, Supply Chain and Sourcing Research
Glass fiber bundle
Source on Wikimedia Commons · by Acheolg · CC BY-SA 4.0 · used in China Pultrusion Market 2026: Data, Supply Chain and Sourcing Research
Pultruded laminate qualification sequence
Source and editorial context · by GetFRP · CC BY 4.0 · used in China Pultrusion Market 2026: Data, Supply Chain and Sourcing Research
Yangshan-Port-Containers
Source on Wikimedia Commons · by Reb42 · CC BY 3.0 · used in China Pultrusion Market 2026: Data, Supply Chain and Sourcing Research
Fiberline Bridge Kolding Denmark 2013c
Source on Wikimedia Commons · by S.Juhl · CC0 1.0 · used in China Pultrusion Market 2026: Data, Supply Chain and Sourcing Research
Industrial pultruded system selection
Source and editorial context · by GetFRP · CC BY 4.0 · used in China Pultrusion Market 2026: Data, Supply Chain and Sourcing Research
Carbon fiber roving
Source on Wikimedia Commons · by Acheolg · CC BY-SA 4.0 · used in China Carbon Fiber Market: Demand, Capacity and Suppliers
Carbon fiber spools
Source on Wikimedia Commons · by Oak Ridge National Laboratory · CC BY 2.0 · used in China Carbon Fiber Market: Demand, Capacity and Suppliers
Carbon Fiber Technology Facility
Source on Wikimedia Commons · by Oak Ridge National Laboratory · CC BY 2.0 · used in China Carbon Fiber Market: Demand, Capacity and Suppliers
Carbon Fiber Technology Facility
Source on Wikimedia Commons · by Oak Ridge National Laboratory · CC BY 2.0 · used in China Carbon Fiber Market: Demand, Capacity and Suppliers
Marcopolo Audace, Busworld Europe 2023, Brussels
Source on Wikimedia Commons · by MB-one · CC BY-SA 4.0 · used in China Carbon Fiber Market: Demand, Capacity and Suppliers
Woven carbon fiber fabric
Source on Wikimedia Commons · by Acheolg · CC BY-SA 4.0 · used in China Carbon Fiber Market: Demand, Capacity and Suppliers
Carbon Fiber Technology Facility
Source on Wikimedia Commons · by Oak Ridge National Laboratory · CC BY 2.0 · used in China Carbon Fiber Market: Demand, Capacity and Suppliers
Alfa Romeo 4C chassis, monocoque carbon fiber
Source on Wikimedia Commons · by youkeys · CC BY 2.0 IT · used in China Carbon Fiber Market: Demand, Capacity and Suppliers
Chuanshan Wind Turbine Field, 2015-04-11 01
Source on Wikimedia Commons · by Siyuwj · CC BY-SA 4.0 · used in China Wind Power Market: Capacity, Turbines and Blade Materials
Guazhou.champs éoliennes
Source on Wikimedia Commons · by Popolon · CC BY-SA 3.0 · used in China Wind Power Market: Capacity, Turbines and Blade Materials
Aerial View, A Offshore Wind Turbine Installation Vessel on South China Sea
Source on Wikimedia Commons · by YikyuenG · CC BY-SA 4.0 · used in China Wind Power Market: Capacity, Turbines and Blade Materials
Donghai Bridge Wind Farm
Source on Wikimedia Commons · by SSYoung · CC BY-SA 4.0 · used in China Wind Power Market: Capacity, Turbines and Blade Materials
National Wind Technology Center - Colorado
Source on Wikimedia Commons · by Dennis Schroeder / U.S. Department of Energy · Public domain (U.S. government work) · used in China Wind Power Market: Capacity, Turbines and Blade Materials
Transporte de pá eólica saindo da fábrica da Aeris Energy em Caucaia
Source on Wikimedia Commons · by Eme.pontes · CC BY 4.0 · used in China Wind Power Market: Capacity, Turbines and Blade Materials
COVID-19: DOE Response, SNL Carbon Fiber for Wind Blades
Source on Wikimedia Commons · by U.S. Department of Energy / Sandia National Laboratories · Public domain (U.S. government work) · used in China Wind Power Market: Capacity, Turbines and Blade Materials
LMGlasfiberBlade
Source on Wikimedia Commons · by Tuey · CC BY 2.0 · used in China Wind Power Market: Capacity, Turbines and Blade Materials
Erstes innovatives Rotorblatt auf dem Weg zu Belastungstests
Source on Wikimedia Commons · by DLR (German Aerospace Center) · CC BY 3.0 DE · used in China Wind Power Market: Capacity, Turbines and Blade Materials
Wind turbine parts Kemi 20160727 04
Source on Wikimedia Commons · by Estormiz · CC0 1.0 · used in China Wind Power Market: Capacity, Turbines and Blade Materials
Wind farm at Ulanqab (Panoramio upload)
Source on Wikimedia Commons · by Tianwangxing (Panoramio user) · CC BY-SA 3.0 · used in China Wind Power Market: Capacity, Turbines and Blade Materials
EHang 216-S au Salon du Bourget 2025
Source on Wikimedia Commons · by Artvill · CC BY 4.0 · used in Carbon vs Glass Fiber for eVTOL and Drones: China Market Research 2026
AutoFlight eVTOL: CarryAll cargo aircraft test flight
Source on Wikimedia Commons · by Adil Ospantayev · CC BY 4.0 · used in Carbon vs Glass Fiber for eVTOL and Drones: China Market Research 2026
Carbon composite qualification scales
Source and editorial context · by GetFRP · CC BY 4.0 · used in Carbon vs Glass Fiber for eVTOL and Drones: China Market Research 2026
Glass fiber product and qualification routes
Source and editorial context · by GetFRP · CC BY 4.0 · used in Carbon vs Glass Fiber for eVTOL and Drones: China Market Research 2026
JASDF F-2A nose radome at Komatsu Air Base
Source on Wikimedia Commons · by Hunini · CC BY-SA 4.0 · used in Carbon vs Glass Fiber for eVTOL and Drones: China Market Research 2026
DJI Agras T50 in flight
Source on Wikimedia Commons · by Blervis · CC0 1.0 · used in Carbon vs Glass Fiber for eVTOL and Drones: China Market Research 2026
Joby Aviation S4 experimental eVTOL aircraft at Edwards AFB
Source on Wikimedia Commons · by U.S. Air Force / Harlan Huntington · Public domain (U.S. government work) · used in Carbon vs Glass Fiber for eVTOL and Drones: China Market Research 2026
Composite ground infrastructure interfaces
Source and editorial context · by GetFRP · CC BY 4.0 · used in Carbon vs Glass Fiber for eVTOL and Drones: China Market Research 2026