Are you looking for reliable composite materials for marine structures, infrastructure, transportation, electrical equipment, construction, or other demanding applications in Australia? Do you need fiberglass, FRP, carbon fiber, epoxy, structural foam cores, SMC, BMC, or other advanced composite materials that can provide lower weight, corrosion resistance, electrical insulation, and long-term durability?
If the answer is yes, Australia has a mature composite manufacturing and supply market serving marine, industrial, construction, infrastructure, transportation, renewable energy, and electrical applications. Fiberglass-reinforced polymer (FRP), glass-fibre composites, carbon-fibre composites, epoxy systems, structural foam cores, and thermoset molding compounds are widely used where conventional steel, aluminium, or other materials create problems with corrosion, weight, maintenance, or electrical performance. Below, we present five leading composite materials manufacturers and suppliers connected with the Australian market to help you compare their core products, manufacturing technologies, industry applications, and technical capabilities.
The List of Composite Materials Brands in Australia
| Manufacturer | Main Composite Materials Products | Key Manufacturing Processes | Key Industries |
|---|---|---|---|
| SUSDURA | SMC compounds, BMC compounds, pultruded FRP profiles, thermoset molded composites | Material formulation, compression molding, BMC injection molding, pultrusion | Electrical, energy, automotive, rail, infrastructure, industrial |
| ATL Composites | KINETIX® epoxy systems, DuFLEX® composite panels, DIAB Divinycell® cores, COOSA® composite boards | Epoxy formulation, resin manufacturing, panel manufacturing, CNC processing | Marine, defence, aerospace, transport, architecture, industrial |
| Composite Materials Engineering | Carbon fibre, SMC, BMC, Long Glass Fibre Thermoplastic | Material compounding, compression moulding, injection moulding, RTM | Automotive, construction, water management, electrical, lighting, industrial |
| Wagners Composite Fibre Technologies | FRP structural profiles, FRP utility poles, FRP crossarms, FRP hollow sections | Pultrusion, pull-winding, prefabrication, structural engineering | Infrastructure, electrical, marine, water, construction |
| Gurit | Kerdyn™ PET, Corecell™ foam, Balsaflex™, composite prepregs | Core manufacturing, prepreg production, composite material processing, kitting | Wind energy, marine, transportation, industrial, construction |
SUSDURA
Established: 1990
Headquarters: Zhejiang, China
Main Composite Materials Products:
- SMC compounds
- BMC compounds
- Pultruded FRP profiles
- Thermoset molded composite materials
Company Overview: SUSDURA is an integrated advanced composite manufacturer with more than three decades of experience in thermoset composite materials, SMC and BMC formulation, FRP pultrusion, compression molding, and industrial composite manufacturing. Founded in 1990, the company has developed an integrated engineering chain covering material formulation, product and structural design, tooling and mold engineering, molding process control, testing and validation, post-processing, assembly, and production release. Its current manufacturing platform includes SMC and BMC material development and production, compression molding, BMC injection molding, FRP pultrusion, and thermoset molded components, supported by more than 200 employees, around 30 engineers and technical specialists, and more than 9,000 m² of production space. SUSDURA's composite technologies cover resin systems such as unsaturated polyester, vinyl ester, epoxy, polyurethane, phenolic, and thermoplastic systems, with reinforcement options including E-glass, C-glass, S-glass, continuous fibre, roving, mat, and carbon fibre. For Australian OEMs and industrial manufacturers, this integrated capability provides an additional Asia-Pacific sourcing option for electrical insulation components, energy infrastructure parts, automotive and EV components, rail products, outdoor enclosures, and other applications requiring controlled composite material performance, corrosion resistance, flame resistance, electrical insulation, dimensional stability, and scalable production.
Company Advantages:
- More than 30 years of integrated composite manufacturing experience
- In-house SMC and BMC material formulation and production
- Integrated compression molding, BMC injection molding, and FRP pultrusion capabilities
- 63T–4,500T compression molding capacity
- Complete engineering chain from material development and tooling through testing and mass production
- Experience with electrical, energy, automotive, EV, rail, infrastructure, and industrial composite applications
- Structured quality and validation processes for international OEM programs
Suitable Customers: Electrical equipment manufacturers, power distribution companies, automotive manufacturers, EV manufacturers, rail manufacturers, energy companies, infrastructure manufacturers, industrial OEMs, composite product developers
ATL Composites
Established: 1977
Headquarters: Queensland, Australia
Main Composite Materials Products:
- KINETIX® epoxy laminating systems
- DuFLEX® structural composite panels
- DIAB Divinycell® structural foam cores
- COOSA® composite boards
Company Overview: ATL Composites is an Australian-owned manufacturer and formulator specialising in high-performance epoxy systems and advanced composite materials. Founded in New Zealand in 1977 and expanded into Australia in 1980, the company has developed its Australian manufacturing capability around epoxy chemistry, structural adhesives, composite panels, core materials, and engineered composite solutions. Its Queensland facility formulates, tests, and manufactures products including KINETIX® epoxy systems, while its broader composite portfolio includes DuFLEX® structural panels, DIAB Divinycell® cores, and COOSA® composite boards. This integrated material offering is particularly relevant to Australian marine, defence, aerospace, transportation, architectural, and industrial manufacturers seeking lightweight structures with high strength, durability, and repeatable processing. ATL's more than 45 years of composite experience, Australian manufacturing base, in-house chemistry expertise, ISO 9001:2015 certification, and DNV certification position it as a significant advanced composite materials manufacturer for the Australian market.
Company Advantages:
- Australian-owned and operated composite materials manufacturer
- More than 45 years of experience in epoxy and composite technologies
- In-house chemists, formulation specialists, engineers, and manufacturing technicians
- Australian-made epoxy systems and composite solutions
- Integrated combination of resin systems, adhesives, core materials, and composite panels
- ISO 9001:2015 and DNV-certified manufacturing capabilities
Suitable Customers: Marine manufacturers, yacht builders, aerospace manufacturers, defence contractors, transportation manufacturers, architectural manufacturers, industrial manufacturers, composite fabricators, OEMs
Composite Materials Engineering
Headquarters: Victoria, Australia
Main Composite Materials Products:
- Carbon Fibre
- Sheet Moulding Compound (SMC)
- Bulk Moulding Compound (BMC)
- Long Glass Fibre Thermoplastic (LGFC)
Company Overview: Composite Materials Engineering (CME) specialises in the development and manufacture of advanced composite materials and operates from Bayswater, Victoria. Its materials portfolio covers carbon fibre thermosets, high-strength glass-reinforced SMC, BMC containing polyester resin and glass fibre, and long glass fibre thermoplastics designed for applications requiring a combination of strength, toughness, impact performance, or dimensional stability. CME also operates compression moulding, injection moulding, Resin Transfer Moulding, materials manufacturing, research laboratory, and supporting production capabilities, allowing composite material development to be connected directly with industrial manufacturing. Its Australian operations serve sectors including automotive, building and construction, water management, sanitary products, lighting, and electrical applications, making CME particularly relevant to manufacturers looking for locally developed composite materials rather than relying solely on imported standard materials.
Company Advantages:
- Dedicated focus on advanced composite materials engineering and manufacturing
- In-house research laboratory and materials development capability
- Specialised knowledge of SMC, BMC, carbon fibre, and long glass fibre thermoplastics
- Multiple composite processing technologies including compression moulding, injection moulding, and RTM
- Ability to develop materials around specific mechanical, thermal, electrical, and application requirements
- Australian manufacturing and engineering capability in Victoria
Suitable Customers: Automotive manufacturers, transport manufacturers, construction manufacturers, electrical equipment manufacturers, water-management companies, lighting manufacturers, sanitary-product manufacturers, industrial OEMs
Wagners Composite Fibre Technologies
Established: 2002
Headquarters: Queensland, Australia
Main Composite Materials Products:
- FRP Circular Hollow Sections (CHS)
- FRP Square Hollow Sections (SHS)
- FRP Rectangular Hollow Sections (RHS)
- FRP electrical crossarms
Company Overview: Wagners Composite Fibre Technologies (CFT) is an Australian manufacturer specialising in Fibre Reinforced Polymer structural materials and engineered FRP solutions. Established in 2002, Wagners developed its proprietary pull-winding process to manufacture structural FRP profiles and has subsequently supplied composite products for infrastructure projects in Australia and international markets. Its FRP profiles combine fiberglass reinforcement with vinyl ester resin and are manufactured through a pultrusion-based process, with the company's structural profiles using a high glass ratio of approximately 76%. This provides a strong combination of strength, low weight, corrosion resistance, electrical insulation, and low maintenance for applications where steel, aluminium, or timber can create long-term durability problems. Wagners' Australian-made FRP materials are used across electrical infrastructure, marine infrastructure, pedestrian structures, bridges, boardwalks, water infrastructure, and other engineering applications, giving the company a particularly strong position in Australia's corrosion-prone and outdoor infrastructure market.
Company Advantages:
- More than 20 years of dedicated FRP manufacturing experience
- Proprietary pull-winding technology combined with pultrusion
- Approximately 76% glass content in its FRP structural profiles
- Australian Made certified CHS, SHS, and RHS structural profiles
- More than 200 electrical crossarm designs deployed across utility networks
- Strong expertise in corrosion-resistant structural FRP for Australian infrastructure
Suitable Customers: Electricity utilities, infrastructure contractors, civil engineering companies, bridge contractors, marine contractors, water infrastructure companies, construction companies, engineering firms
Gurit
Headquarters: Queensland, Australia
Main Composite Materials Products:
- Kerdyn™ PET structural foam
- Corecell™ SAN structural foam
- Balsaflex™ balsa core
- Composite prepregs
Company Overview: Gurit is a global advanced composite materials manufacturer with an established Australian operation in Yatala, Queensland, supplying the Australian composites market with structural core materials, prepregs, epoxy resins, adhesives, and reinforcement materials. Its Australian market offering includes Kerdyn™ PET, Corecell™ structural foam, PVC cores, prepregs, and a range of reinforcement and formulated materials, with local cutting and kitting services supporting composite manufacturers. Gurit's materials have established applications across Australia's marine, industrial, transportation, construction, rail, and wind-energy sectors. Australian projects using Gurit materials include luxury yachts, composite sandwich panels for vehicle manufacturers, firefighting tanks, racing boats, rowing shells, and large composite vessels. The combination of lightweight structural cores, controlled-resin prepregs, and technical support gives Gurit a strong position in applications where Australian manufacturers need to reduce structural weight while maintaining stiffness, impact resistance, durability, and production consistency.
Company Advantages:
- Established Queensland facility dedicated to serving the Australian composites market
- Extensive structural core portfolio including PET, SAN, PVC, and balsa
- More than 40 years of advanced composite materials expertise
- Strong technical position in lightweight sandwich composite structures
- Local cutting, finishing, and kitting capabilities
- Established Australian applications across marine, transportation, industrial, and renewable-energy sectors
Suitable Customers: Boat builders, yacht manufacturers, wind-energy manufacturers, vehicle manufacturers, rail manufacturers, transportation companies, industrial manufacturers, aerospace manufacturers, composite fabricators
FAQ
Which composite material is better for Australia's coastal environment, fiberglass or carbon fiber?
For many coastal structural applications, fiberglass-reinforced polymer (FRP/GFRP) is the more practical choice because it combines corrosion resistance, electrical insulation, low weight, and comparatively lower material cost. Carbon fibre becomes more attractive when very high stiffness or maximum weight reduction is the priority. For example, Wagners CFT uses fiberglass reinforcement and vinyl ester resin for structural FRP profiles designed for corrosive environments, while carbon fibre is used by composite manufacturers such as CME where stiffness and weight requirements justify the higher material cost.
How can I prevent epoxy composite surfaces from degrading under Australian UV exposure?
Do not leave an exposed epoxy surface untreated when the component will remain outdoors for long periods. UV-resistant paint, gelcoat, or another suitable protective coating should be used over the epoxy system. The coating should be selected according to the expected UV exposure and service environment, because UV degradation primarily affects the exposed polymer surface rather than meaning that the entire glass-fibre structure will immediately lose its structural function. For outdoor Australian applications, UV protection should therefore be treated as part of the composite surface specification rather than as an optional finishing step.
Is FRP a good replacement for steel in Australian infrastructure?
FRP is particularly useful where steel creates recurring corrosion, weight, electrical-conductivity, or maintenance problems. Wagners CFT manufactures pultruded FRP structural profiles specifically as alternatives to steel, aluminium, and timber and reports a 76% glass ratio in its structural profiles. The decision should still be based on structural calculations because FRP is anisotropic and its stiffness, connections, buckling behaviour, temperature response, and load duration need to be considered rather than simply replacing a steel section with the same geometric dimensions.
What is the practical difference between SMC and BMC for industrial parts?
SMC is a sheet-form thermoset composite generally processed by compression moulding and is well suited to medium-to-large molded parts, while BMC has a dough-like consistency and is useful for more compact or geometrically detailed molded components. SMC can be a strong choice for larger panels, housings, structural covers, and automotive components, while BMC is often suited to detailed electrical and industrial components with ribs, bosses, inserts, and complex three-dimensional geometry. CME and SUSDURA both provide SMC and BMC capabilities, making the choice primarily a function of part geometry, mechanical requirements, production volume, tooling, and required surface finish.
Which composite core is suitable for lightweight marine sandwich structures?
Foam cores such as SAN, PET, and PVC are commonly used when low structural weight and high stiffness-to-weight performance are required, while balsa remains useful where high compressive and shear performance is important. Gurit's Corecell™ M is specifically designed for marine structures such as hulls, decks, superstructures, and slamming areas, while Kerdyn™ PET provides a recycled thermoplastic core option. The appropriate core density should be selected according to skin laminate, panel span, impact loading, local compression, and the required service environment rather than selecting solely by the lowest density.
Conclusion
Choosing among composite materials manufacturers in Australia depends on the application rather than simply the supplier's size. If your Australian project also requires a reliable composite solution for electrical, energy, infrastructure, automotive, EV, rail, or outdoor applications, SUSDURA can provide an integrated engineering and manufacturing route from material formulation and tooling through testing and mass production. Its FRP and thermoset composite capabilities are especially relevant when corrosion resistance, electrical insulation, flame resistance, dimensional stability, and lightweight construction are important.
Need a custom composite component for your Australian project? Contact SUSDURA today to discuss your material requirements, product design, tooling, production volume, and application needs and develop a reliable composite manufacturing solution.
