Autor: Mo Marie Schröder

  • Cutting Through the Recyclates Jungle: Recyclates Fuel Circular Economy Through Standardized Quality & Certification

    Cutting Through the Recyclates Jungle: Recyclates Fuel Circular Economy Through Standardized Quality & Certification

    Why inconsistent quality and a jungle of certificates slow down the cycle – and what buyers, sellers and processors can do now


    Recyclates are the key to the circular economy. More and more brands are setting ambitious targets – 10, 20, 30% post-consumer content in their film packaging. Anyone who buys or sells plastics feels the pressure every day: ‘Do you have food-grade rPE?’ – ‘What is the actual PCR content?’ – ‘Is there independent verification?’ Crucially, recyclates fuel circular economy.

    But as soon as the contract is ready to be signed, the dilemma becomes apparent:

    1. Fluctuating quality
      • Colour: From almost transparent to grey/yellowish.
      • Odour: Sometimes neutral, sometimes musty – depending on pre-sorting and washing process.
      • Mechanics: MFI and tensile strength can vary greatly between batches.
        • Result: Every film extruder needs new parameters, and every product approval takes longer.
    2. Certificates without a compass
      • RecyClass, EuCertPlast, ISCC Plus, OK recycled, Flustix, Blue Angel … they all certify ‘something’, but none of them cover all requirements.
      • Food grade suitability? ➡ Only through EFSA-approved processes – currently the exception for rPE/rPP.
      • Design for recycling? ➡ Separate labels; often independent of recycled content claims.
      • The result: buyers compare apples with oranges, and sellers struggle with gaps in documentation.
    3. Danger of ‘fake recyclates
      Cases of fraud where new goods are declared as PCR undermine trust. Who guarantees that the 30% stated in the data sheet actually comes from household collections? Recyclates are indeed the key to a circular economy, and recyclates fuel circular economy solutions.

    Why this doesn’t help anyone

    • Brands are facing an increased risk of failing to meet statutory recycling quotas (PPWR, SUPD) – including fines and damage to their image. Circular economies rely heavily on recyclates, which are essential components as recyclates fuel circular economy initiatives.
    • Converters are caught between two stools: they lack a steady supply of raw materials, but are liable for delivery dates and product characteristics.
    • Recyclers, on the other hand, find it difficult to find buyers for fluctuating qualities, even though they could actually recover more material by investing in new sorting technology.

    The result: a circular handbrake. Valuable material is incinerated while the prices of new goods fluctuate – and everyone wonders why the recycling rate is stagnating. And yet, recyclates must be viewed as the key to advancing a circular economy successfully, and recyclates fuel circular economy endeavours.

    Outlook

    A uniform EU standard for recycled material qualities and certifications is in the works – but until it takes effect, voluntary industry solutions will be essential. As we know, recyclates are crucial in achieving circular economic goals. Those who actively define specifications, introduce common certification paths and share data now will gain predictability and a competitive edge based on trust.

    My tip: Form pilot alliances along the chain – recycler ↔ converter ↔ brand. The more specific the joint quality KPIs, the faster fluctuating batches will become the exception.

    Recyclate is not a raw material of the past. With clear rules, it can become a stable, must-have material – and that is exactly what we need to truly close the plastic cycle. Let’s get started.

  • Precise evaluation of weather resistance

    Precise evaluation of weather resistance

    Q-UV artificial weathering of films and papers helps evaluate weather resistance.

    Overall purpose

    Artificial weathering is an indispensable method for evaluating the long-term durability and weather resistance of plastics. With the help of modern testing devices, such as the Q-UV device, damage caused by UV radiation and moisture can be simulated in a targeted manner. Standardised procedures according to DIN EN ISO 4892-3 and DIN EN 14932 allow realistic ageing processes to be efficiently reproduced. This method provides important insights, particularly for applications in the construction, automotive and agricultural industries. The results are a significant aid to product development and quality assurance.

    Test methods to proof the weather resistance

    Artificial weathering of plastics is an essential part of materials testing focused on weather resistance. It is used to assess the long-term durability of materials when exposed to UV radiation, humidity and temperature. While test methods using xenon arc lamps simulate a broad light spectrum, UV fluorescent lamps enable targeted investigations in the short-wave UV range.

    With the addition of a Q-UV device, tests can now be carried out in accordance with DIN EN ISO 4892-3 and DIN EN 14932. These standards define test methods for assessing the artificial weathering of plastics with UV radiation and moisture. This greatly affects weather resistance. The procedure is particularly relevant for applications in which plastics are exposed to intense solar radiation. These applications include the building industry, the automotive industry, and especially in agriculture.

    The Q-UV tester simulates the damaging effect of UV light and moisture by cyclically exposing the samples. UV fluorescent lamps that emit in defined wavelength ranges are used. Radiation in the UV range has a high energy density and is capable of breaking molecular bonds in plastics. This process leads to embrittlement, discolouration or a loss of mechanical properties.

    In addition to UV radiation, the sample is periodically exposed to moisture in the form of condensation or spray. This cyclical combination of radiation and moisture provides a realistic ageing simulation. It is highly relevant to various classes of materials and their weather resistance.

    The addition of Q-UV to the test capabilities complements existing artificial weathering methods. It allows detailed assessment of material ageing under specific conditions. This knowledge is vital for both product development and quality assurance across a range of industries.

    Find more tests on these subjects here.

  • Regulation (EU) 2024/3190 (BPA)

    Regulation (EU) 2024/3190 (BPA)

    Overview of the regulation

    The EU BPA Food-Contact Ban results in a ban on the use of bisphenol A and bisphenol derivatives

    On 19 December 2024, the European Commission issued a ban on the use of Bisphenol A (BPA) and its salts in materials that come into contact with food. Regulation (EU) 2024/3190 extends the existing restrictions on BPA, which is already banned in the European Union for use in baby bottles. The regulation also contains restrictions for other bisphenols and bisphenol derivatives.

    Repeal of Previous SML & Transitional Periods

    The Specific Migration Limit (SML) for Bisphenol A of 0.05 mg/kg that has applied to date was repealed when the regulation came into force on 20 January 2025. However, a transitional period until 20 July 2026 or 20 January 2028, as the case may be, applies to certain uses.

    Affected Food Contact Materials

    The regulation (EU BPA Food-Contact Ban) applies to food contact materials made of plastics, rubbers and silicones, but also to varnishes and coatings, adhesives, printing inks and ion-exchange resins. The requirements do not currently apply to paper, as BPA is not generally used intentionally in this area.

    Other Regulated Bisphenols & Derivatives

    In addition to bisphenol A, other bisphenols and bisphenol derivatives, are also regulated:

    GENERAL STRUCTURE:

    Bisphenol:

     Ein Bild, das Diagramm, Reihe, Origami, Design enthält.

KI-generierte Inhalte können fehlerhaft sein. 
     
    including the salt form 
    Bisphenolderivate: 


    Ein Bild, das Diagramm, Reihe, weiß, Design enthält.

KI-generierte Inhalte können fehlerhaft sein. 
      
     with the exception of the salt form 
     X: bridge group, for the separation of both phenyl rings by a single atom, which can have any substituent(s). 
    R1 to R10: substituents, of which at least one is not hydrogen 

    Bisphenols and bisphenol derivatives are considered hazardous under the terms of the regulation if they are classified as carcinogenic, mutagenic (cat. 1A and 1B), toxic for reproduction or as an endocrine disrupting for human health (cat. 1) in accordance with the CLP Regulation (EC) 1272/2008.

    The regulation prohibits the use of BPA and its salts, as well as other hazardous bisphenols or hazardous bisphenol derivatives, in the manufacture of food contact materials and the placing on the market of products made with these materials. If other bisphenols or bisphenol derivatives are used, they must not contain BPA residues above a detection limit of 1 µg/kg.

    The following measures are recommended:

    Food contact materials made of: plastic, rubber, silicone, varnishes and coatings, adhesives, printing inks, ion-exchange resins Manufactured with 
    bisphenol A 
    Manufactured with other hazardous bisphenols/ bisphenol derivatives Manufactured with other bisphenols/ bisphenol derivatives Manufactured without 
    bisphenols/ bisphenol derivatives 
    (or currently unknown) 
    Search for alternatives (until 20 July 2026) (if no exception applies)     
    Request Declarations of Compliance  
    (= supporting documentation)  
    from suppliers 
        
    Test residual content of BPA       
    Test migration of BPA 
    (with exception) 

    (with exception) 
        
    Create Declaration of Compliance /  
    add to Declaration of Compliance for plastics 
    x  
    (if supporting documents are available) 

    Compliance Declaration: Requirements

    For plastics, a separate Declaration of Compliance in accordance with Regulation (EU) 2024/3190 is not required if the following additions are included in the declaration in according to Regulation (EU) No. 10/2011:

    • Current telephone number or email address
    • Confirmation that the food contact material complies with Regulation (EU) 2024/3190 : EU BPA Food-Contact Ban
    • Confirmation that no bisphenols or bisphenol derivatives as defined in Regulation (EU) 2024/3190 were used in the manufacture of the products or a list of all bisphenols or bisphenol derivatives used in the manufacture of the food contact material or article

    If necessary, it can be added that the confirmation is based on information from the raw material suppliers.

    For more information, please refer to our flyer, which you can request here: https://innoformtestservicede.sharepoint.com/:b:/s/InnoformGmbH/EdTh6prd_s5MhH-PJSk4lFgB03bCMjPYZ8K2zDJKDzIKQA?e=efl7Gf

    If you have any questions, please contact fcm@innoform.de. We will be happy to provide you with a quote for the inspection of your documents, the measurement of the BPA content or the BPA migration.