How automotive brands are using recycled plastic to meet sustainability goals
Sustainability in the automotive sector: What’s changing
Recycled content is moving from a marketing line to a specification requirement across the automotive supply chain. The European Commission’s proposed End-of-Life Vehicle regulation sets a target of 25% recycled plastic content in new vehicles by 2030, with a quarter of that required to come specifically from closed-loop, vehicle-to-vehicle recycling. India has its own version of this shift: the Environment Protection (End-of-Life Vehicles) Rules, 2025, in effect from 1 April 2025, build Extended Producer Responsibility, authorised scrapping and recycling targets into how vehicles are retired domestically, feeding a growing end-of-life vehicle plastic recycling supply chain in India. For OEMs and Tier suppliers, the question is no longer whether to use recycled plastic in parts and components, but which grade to specify and how to validate it.
The role of recycled PP (rPP) in automotive parts and components
Polypropylene is the workhorse plastic of the automotive industry, used across bumpers, trim and dashboards for its stiffness, chemical resistance and ease of processing. Recycled PP has followed the same trajectory into non-structural and semi-structural parts, including bumpers, fenders, under-bonnet components and interior trim. PCR-based automotive grade PP granules and ELV-based automotive polypropylene granules formulated for this use need consistent melt flow and impact performance batch to batch, since automotive components are typically injection moulded or thermoformed at scale. Recycled automotive PP granules that fluctuate between batches show up immediately as warping, brittleness or colour drift on the line, which is why converters increasingly specify PP granules for automotive parts against a technical data sheet rather than a generic recycled-PP label.
PCR vs ELV grade granules: What’s the difference?
The two terms get used loosely, but they describe different feedstocks. PCR grade material is recovered from general post-consumer waste streams: household packaging, bottles and similar plastics. ELV grade granules, by contrast, are recovered specifically from end-of-life vehicles themselves, largely bumpers and other exterior trim processed through authorised vehicle scrapping. A peer-reviewed comparison of the two found that a compound with 40% ELV-based bumper recyclate matched or exceeded one built on 25% packaging-based PCR in stiffness-to-impact balance, though neither fully replicated virgin-grade flowability. Automotive ELV grade rPP granules are a genuinely separate, closed-loop stream from packaging-based PCR, not an interchangeable label for the same material, and specifying the wrong one can mean re-validating a part later.
Lucro’s PCR and ELV grades for automotive components
Lucro produces both streams as dedicated recycled granules for automotive. The PCR range is made from post-consumer household polypropylene collected across India and covers four injection moulding grades: PPN 100, PPC 10 and PPC 12 as PP copolymer grades, and PPB 30 as a PP homopolymer grade. The ELV range is made from polypropylene recovered from end-of-life vehicles and is available as PPB 20, a PP copolymer grade, and PPB 50, a PP homopolymer grade. Every batch is tested for melt flow index, impact strength and dimensional stability, and each grade carries its own technical data sheet, so OEMs and Tier suppliers can validate the material against their part specification before it reaches the moulding line.
Benefits of switching to recycled PP for auto parts
Specifying PCR or ELV grade rPP for parts and components reduces dependence on virgin polymer and lowers the embedded carbon of every moulded part, which feeds directly into the recycled-content disclosures that investors and export markets now expect. ELV grades add a closed-loop story that regulators are increasingly asking for, since material from retired vehicles goes back into new ones. Sourcing recycled granules domestically also helps stabilise input costs against virgin-resin price swings tied to crude oil. The practical route is to start with non-structural and semi-structural parts, such as trims, housings and under-bonnet components, where tested recycled grades already meet the performance envelope, and to extend into more demanding parts as ELV-grade development matures.
Where else recycled plastic is used: automotive covers
Beyond moulded parts, recycled plastic is also used in the protective and functional accessories fitted to a vehicle’s interior and exterior: seat covers, steering wheel covers, gear covers, floor mats, fender covers and front grill covers. They shield surfaces from wear, sun and spills, extending the usable life of the components underneath. The category is a meaningful market in its own right. The automotive seat cover segment alone was valued at USD 6.3 billion in 2023 and is projected to reach USD 10.8 billion by 2032, growing at roughly 8.4% a year, with rising sustainability expectations cited as one of the key drivers alongside customisation and comfort.
Because covers sit outside crash-relevant structural specifications, they are one of the lower-barrier places to put a recycled-content commitment into practice. Properly formulated PCR grades hold up to the tear resistance and dimensional stability covers need, while still accommodating custom branding, logos and colour. Lucro builds seat covers, steer covers, gear covers, floor mats, fender covers, front grill covers and full kits from post-consumer plastic waste. Every product in the range contains between 30% and 100% PCR content and is 100% recyclable at end of life. This is a PCR-grade accessory line, distinct from the ELV-grade material used for components, a distinction worth keeping straight when specifying recycled content for different parts of a vehicle.
Conclusion: Making sustainability operational
For automotive brands, the fastest way to turn a sustainability commitment into a purchase order is to specify tested PCR and ELV grade rPP for the parts and components that can take it today, with technical data sheets in hand, and to build the validation history that lets recycled content move into more demanding parts over time. As India’s end-of-life vehicle and plastic recycling framework matures alongside export-market rules like the EU’s proposed ELV regulation, documented recycled content in components will become the norm rather than the differentiator. Covers and interior accessories remain a useful additional step, but the core of the transition is in the granules that go into the parts themselves.
