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HI!-PLASTICS 2026 was AIMPLAS’s first International Seminar on Advanced Plastics and Composites, held in Valencia, Spain, on 6–7 October 2026. Its central message was that advanced polymers become industrially valuable only when material chemistry, manufacturing, fire performance, certification and in-service monitoring are developed as one system. More than 25 speakers and more than 100 attendees examined how that approach can support mobility, aerospace, construction, electronics, energy and defence.
What HI!-PLASTICS 2026 covered
The two-day, in-person seminar was a professional paid event. AIMPLAS listed registration at €400–€500, with the exact fee depending on the registration category. The programme was organised around five technical blocks rather than a single polymer or market.
| Event detail | Information reported for the 2026 edition |
|---|---|
| Organizer | AIMPLAS |
| Dates | 6–7 October 2026 |
| Location | Valencia, Spain |
| Format | Two-day, in-person international seminar |
| Programme scale | More than 25 speakers and more than 100 attendees |
| Registration | €400–€500, as listed for the event |
AIMPLAS framed the meeting around high-performance materials for strategic sectors, including aerospace, defence, automotive, transport, shipbuilding, electronics, construction and energy. Redit’s post-event account described the same broad objective: connect material development with production, qualification and industrial use instead of treating laboratory performance as the finish line.
The five technical pillars
1. Advanced composites and structural materials
Sessions addressed thermoplastic composites, PEEK and other advanced thermoplastic matrices, continuous-fibre composites and monomaterial polypropylene (PP) composites. These choices affect more than strength. Matrix chemistry determines processing temperature and cycle options; fibre architecture influences stiffness, impact behaviour and weight; and a monomaterial route can simplify sorting or recycling compared with a structure made from dissimilar polymers.
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Thermoplastic matrices also support reheating and forming operations that are difficult or impossible with many cured thermosets. For industrial users, the relevant question is not simply whether a composite has a high strength-to-weight ratio. It is whether the part can be produced repeatedly, inspected, repaired and qualified at the required volume.
2. Fire resistance and smoke control
The fire-resistance block covered sustainable flame retardants, smoke suppression, regulatory updates and fire-safe materials for electronics, electric mobility and construction. These applications impose a combined requirement: a formulation must resist ignition or flame spread while meeting limits on smoke and maintaining mechanical, electrical or processing performance.
New-energy vehicles and densely packaged electronics make this balance especially difficult. Flame-retardant additives can alter viscosity, density, colour, toughness or recyclability, so the formulation has to be assessed as part of the complete component and enclosure. The programme’s emphasis on regulatory work reflects that a material claim is not equivalent to approval for a finished product; the component still needs the tests, documentation and certification required in its target market.
3. Functional materials and advanced manufacturing
This block focused on additive and automated processes, hybrid solutions, industrialisation, scale-up and quality control. Automation and continuous-fibre placement can make composite production more repeatable, while additive methods can create geometries that conventional moulding cannot. Hybrid routes combine processes or material types to meet a specific performance and production requirement.
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Scale-up introduces failure modes that may not appear in a laboratory coupon: temperature gradients, voids, fibre misalignment, inconsistent deposition, tool wear and variation between batches. Consequently, quality control must be designed into the process through measurable parameters and inspection methods, not added after production starts.
4. Energy and dual-use technologies
Hydrogen, storage, batteries and sustainable fuels were discussed alongside materials that can serve civilian and defence applications. Energy systems expose plastics and composites to combinations of pressure, temperature, chemicals, electrical loading, fire risk and long service life. A material selected for a tank, battery enclosure or fuel-system component therefore needs data on permeability, ageing, electrical behaviour and damage tolerance in the actual service environment.
“Dual-use” does not mean one universal specification. A material may share a manufacturing platform between civilian and defence products while facing different qualification, security, durability or supply-chain requirements. The useful design task is to identify common performance needs and then document the additional requirements for each application.
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The coatings programme showed how a thin surface layer can add capabilities that would be inefficient to build into the bulk polymer. Topics included low-energy heated coatings for aerospace ice protection, surface functionalisation, self-healing coatings for wind-turbine structures and infrared camouflage pigments.
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These examples illustrate a systems trade-off. A coating may reduce energy use during operation or extend service life, but it also has to adhere to the substrate, survive environmental exposure and remain compatible with repair and inspection. Coating selection should therefore include application energy, preparation steps, durability and end-of-life treatment rather than only the headline function.
Why competitiveness, safety and sustainability are linked
The seminar treated these goals as a single engineering problem. A lighter structure can reduce energy consumption in transport, but only if it can be manufactured consistently and certified. A flame-retardant formulation can improve safety, but its environmental and recycling profile must be considered. A low-energy coating can reduce operational demand, but its durability determines whether it actually avoids replacement and maintenance impacts.
| Comparison axis | Questions an engineering team should answer |
|---|---|
| Mechanical performance and weight | Does the material meet stiffness, strength, impact and fatigue requirements at the target mass? |
| Fire and smoke behaviour | What happens in the finished component, including smoke generation and electrical or thermal failure modes? |
| Durability in service | How do heat, moisture, chemicals, cyclic loading and damage affect performance over the intended life? |
| Manufacturability and scale-up | Can the process hold tolerances, cycle times and quality levels at production volume? |
| Regulatory and certification burden | Which tests, records and approvals are required for the destination sector and geography? |
| Circularity and end of life | Can the part be reused, repaired, mechanically recycled, chemically recycled or efficiently separated? |
| Energy use | What energy is required for compounding, forming, curing, coating, operation and maintenance? |
| Total system cost | Do tooling, inspection, certification, downtime and end-of-life costs change the apparent material-price advantage? |
Using all eight axes prevents a narrow laboratory metric from deciding a complex industrial choice. It also makes trade-offs visible to procurement, production, safety and sustainability teams at the same time.
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Fire safety requires chemistry, design and compliance
Advanced polymers used in vehicles, buildings and electronics must be considered at assembly level. Resin, reinforcement, additives, fasteners, wiring and neighbouring materials can change flame spread and smoke behaviour. A successful formulation is therefore only one part of the safety case.
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- Define the hazard: identify ignition sources, heat release, smoke exposure and the consequences of failure in the intended installation.
- Choose the formulation: balance flame retardancy and smoke suppression against toughness, density, electrical properties, processing and end-of-life options.
- Test the finished part: evaluate the geometry, joints, coatings and manufacturing variation that will exist in production.
- Track regulatory changes: maintain current test methods and documentation for the target sector rather than relying on an old material datasheet.
- Control production: verify additive concentration, dispersion and process conditions so certified performance is reproducible.
The programme’s regulatory emphasis is significant because requirements can evolve as electric mobility, energy storage and building technologies introduce new failure scenarios.
What sustainability looked like in the programme
Sustainability was presented through practical material and process strategies rather than a single “green” polymer label. Monomaterial PP composites can reduce the number of incompatible materials in a part. Sustainable flame-retardant approaches seek lower-impact formulations without sacrificing protection. Lower-energy heated coatings can reduce operating demand, while improved manufacturing and quality control can cut scrap and rework.
Hydrogen, batteries and sustainable fuels broaden the analysis to the energy system. A material may enable lower-carbon operation but still carry impacts from raw-material production, processing, maintenance or disposal. A credible comparison should account for the whole service life and state which end-of-life route is technically available, rather than assuming that a recyclable formulation will automatically be recycled.
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Redit’s account highlighted the need to integrate material development with production and qualification. A practical industrialisation path follows these linked stages:
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- Set the service specification. Define loads, temperatures, chemicals, fire exposure, electrical requirements, design life, repair expectations and target production rate.
- Screen candidate materials. Compare matrices, fibres, additives or coatings against the full set of mechanical, fire, durability, energy and circularity criteria.
- Develop the process window. Establish forming, deposition, compounding or coating conditions that control voids, dispersion, adhesion, crystallinity and dimensional stability.
- Characterize representative parts. Test production-relevant geometries and joints, not only idealized laboratory specimens. Include ageing and damage conditions expected in service.
- Build the certification evidence. Map test results, traceability, process controls and inspection records to the applicable sector and market requirements.
- Monitor production and service. Use quality-control data and structural-health or condition monitoring where needed to detect drift, damage and remaining-life issues.
This sequence explains why a material with impressive early test results can still fail commercially: it may lack a stable process, a qualification route, or evidence that performance remains consistent in real parts.
The ecosystem represented at HI!-PLASTICS
The programme named material suppliers, technology centres, research bodies and industrial users, including AEMAC, TPAC, Guztec Polymers, Norner, Budenheim, Huber, William Blythe, Clariant, IMDEA, ICL, Lanxess, Nabaltec, Corpower, Plasmatreat, ITA, Albis and AIMPLAS. Redit identified AIMPLAS as organizer and Plasmatreat and Pinfa as sponsors or partners.
That mix matters because no single organization controls the complete adoption chain. Researchers develop chemistries and architectures; suppliers provide consistent feedstocks and additives; technology centres validate processing; manufacturers control production; and sector authorities or customers determine qualification requirements.
Practical questions for an engineering team
- Which performance requirement is genuinely limiting the design: weight, fire, durability, processing, certification or end of life?
- Is the proposed material compatible with existing equipment, tooling, repair methods and inspection capability?
- What evidence is available for the finished geometry and the intended environment, rather than for a generic resin or coupon?
- Can the supply chain provide stable composition, traceability and capacity at the required volume?
- What happens to the part after service, and does the chosen architecture make that route technically feasible?
These questions turn the seminar’s broad message into a decision process: select the material and the manufacturing-and-assurance system together.
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