Source standard and custom pultruded FRP structural profiles from Chinese manufacturers with published resin, reinforcement, tolerance and EN 13706 capability evidence.
| Field | Typical range | Sourcing note |
|---|---|---|
| Common sections | Angle / channel / I-beam / tube / rod / flat | Attach a dimensioned drawing and revision. |
| Resin | Polyester / vinyl ester / epoxy / polyurethane | State exposure, temperature and flame requirement. |
| Reinforcement | Roving + continuous mat + surface veil | Request laminate architecture and fibre fraction. |
| Property class | EN 13706 E17 / E23 or project allowables | Verify the actual test report and specimen direction. |
| Tolerance | Project table or ASTM D3917 reference | Include bow, twist, wall and cut-length limits. |
| Finishing | Cut / drill / CNC / bonded or bolted assemblies | Define edge sealing and hole quality. |
China’s pultrusion network supplies angles, channels, I-beams, square and round tubes, rods, flat strips, ladders, cable-tray components, window profiles and custom constant-section shapes. Standard catalogue profiles can reduce tooling time, but structural procurement still requires a section drawing, laminate description and design basis. Two profiles with the same outside dimensions can have materially different stiffness, strength and durability because glass architecture, veil, resin system, fibre fraction and wall build-up are different.
EN 13706 is a useful reference for European structural profiles, especially its designation, test methods and E17 or E23 property classes, but it does not replace project engineering. North American projects may instead call up ASTM test methods and project-specific allowable values. Buyers should request longitudinal and transverse properties, coupon orientation, conditioning, batch traceability and the exact report behind any published table. Dimensional tolerance and straightness also deserve a separate acceptance table, particularly for long lengths and assemblies.
A capable supplier match considers die availability, maximum pulling force, heated-die control, inline cutting, secondary machining, surface veil, packing length and the ability to hold colour between production runs. GetFRP presents those signals alongside public company profiles so buyers can compare capabilities before opening a commercial conversation. The objective is to avoid paying for new tooling when a compatible die exists, while also avoiding the opposite mistake: forcing a critical section into a catalogue profile that cannot meet deflection, connection or corrosion requirements.
Every card is an explicit supplier-product relationship. Verification applies to the recorded capability and evidence state, not a blanket certification of every specification.
F1 Composite is FengDu New Material's international export company for pultruded FRP profiles, gratings, fiberglass window and door systems, and custom pultrusions. F1 handles English-language engineering, contracting, quality documentation, export paperwork and international delivery.
Stock code 002201. Leading domestic FRP products listed company.
Automotive composite materials parts supplier.
Carbon fiber tube and custom parts production.
Professional FRP grating and pultrusion profile manufacturer with annual production capacity of 15,000 tons.
Pultruded profile niche manufacturer.
Professional production of FRP products, Zaoqiang base.
Pultruded profile producer for cable trays, FRP gratings, PV module frames, and structural profiles. Lines from 800 kN to 2,400 kN.
Nanjing SPARE — pultruded composite (FRP) profile supplier with an extensive in-house die library of ~768 existing profile tools across 20 categories (I-beam, square/rectangular tube, angle, channel, flat bar, T-profile, round pipe, hollow/solid rod, blade, hollow slab, solar frame, trough & cover, deck, door & window profiles, special-shaped pipe/slab/profiles, molded & injection parts), enabling a wide range of pultruded profiles at low tooling cost. A contributing drafter of a national FRP standard.
Founded in 1986, Jizhou Zhongyi FRP Co., Ltd. is an established Chinese manufacturer and engineering contractor specializing in corrosion-resistant FRP process equipment and piping systems. The company reports a multi-plant manufacturing network across Hebei, Guangdong and Xinjiang, with approximately 1,500 employees, including more than 200 technical personnel. Its work spans engineering, fabrication and field installation for chemical processing, energy, petrochemical, power, metallurgy, food and beverage, and water infrastructure projects.
Leading Chinese composite insulator maker, A-share listed; covers the full transmission-line insulator portfolio.
Mingyang's Yangjiang base — one of the main production sites for offshore wind blades.
Envision's Jiangyin blade base — its main east-China blade production node.
Main Nanyang composite insulator and surge arrester maker for transmission/distribution networks; A-share listed.
Titan Wind's Yancheng base supplying coastal wind tower demand.
CRRC-affiliated Zhuzhou electrical insulation plant, supplying HV motors and EMU rolling stock.
Changzhou pultruded spar-cap specialist; carbon-fiber pultruded plate capacity supplies major Chinese blade plants.
FRP power-component plant within the Taikai Electric Group ecosystem.
Sinoma Lianzhong's Changzhou pultrusion plant, balancing structural profiles and building envelope products.
One of the representative Changzhou pultrusion firms with strong domestic share in FRP cable trays and infrastructure signage poles.
Xiangyang power composite insulation maker, supplying State Grid and CSG procurement programs.
Shanghai composite insulator specialist with full UHV and distribution-network product lines.
Shandong-based pultrusion plant focused on FRP window/door profiles and gratings.
Composite materials maker for civil engineering — carbon fiber strengthening fabrics, FRP plates, and corrosion-resistant FRP rebar for concrete reinforcement.
Liaocheng FRP rebar specialist. GFRP/BFRP rebar widely used in metro, tunnel, and marine engineering projects.
Yangzhou specialist in FRP grating and pultruded platforms, primarily serving chemical and water-treatment projects.
Henan pultrusion firm with a focus on GFRP rock bolts for mining support applications.
Composite cable tray division of Henan Tongda Cable, supplying power and rail transit projects domestically.
Wuhan specialty composite plant; bridge reinforcement and tunnel support are the main business lines.
Nantong pultrusion plant; cable trays and ladder racks are primary export lines.
Linyi pultrusion plant supplying power utility poles and infrastructure signage poles.
Zhenjiang pultrusion plant; chemical and marine anti-corrosion grating is a key supply line.
Guangxi composite firm focused on bridge/road FRP reinforcement and infrastructure applications.
Xingtai pultrusion plant primarily serving power and infrastructure markets.
Luzhou pultrusion plant supplying southwest utility-pole markets.
Mid-small Xi'an pultrusion shop supplying the northwest infrastructure market.
They are mechanical property classes defined for pultruded profiles under EN 13706-3. E23 carries higher minimum property requirements than E17. A supplier should identify the tested profile, laminate and laboratory evidence; a certificate logo alone does not prove that every offered geometry meets the class.
Yes, but an RFQ should also define material system, reinforcement intent, critical tolerances, surface, cut length, holes, annual volume and the governing acceptance tests. The factory will then assess die design, pulling stability and secondary operations. Freeze the drawing revision before tooling approval.
Use a dimensional sampling plan plus visual, hardness and documentation checks. Critical projects may add coupon tests for tensile, flexural or short-beam properties. Inspection should cover straightness, twist, cracks, exposed fibres, colour, cut ends, hole quality, packing protection and traceability to the production batch.
Price changes with resin, glass architecture, fibre content, veil, flame-retardant package, colour, tolerance, line speed, die ownership, machining, length and packing density. Compare a controlled specification and landed quantity, not only price per kilogram.