What is an origin/composition of the material used for Eppendorf BioBased consumables?

All Eppendorf BioBased consumables—including tubes, plates, and tips—are manufactured using renewable-based feedstock, which is typically recycled from food oil wastes and residues. In addition, small percentage of fossil-based feedstock may be used in some cases. The exact percentage of BioBased material can vary between different products; detailed information about the composition is provided in the individual product certificates. The renewable-based feedstock used in these consumables is strictly monitored and certified by the ISCC PLUS System (International Sustainability & Carbon Certification), which is a globally recognized certification scheme for manufacturers of bio-based polymers and related products. This certification ensures that the raw materials are fully traceable back to their first collection points and that their origins are from certified suppliers committed to sustainability. For precise details on the BioBased content of a specific product, please refer to the individual certificate associated with that product.

Is the material used for Eppendorf BioBased consumables simply recycled food oil waste?

No, the material used for Eppendorf BioBased consumables is not simply recycled food oil waste. While the renewable-based feedstock often originates from sources like food oil wastes and residues, it undergoes an advanced and thorough refinement process. During this process, the bio-based feedstock is extensively purified and broken down (de-polymerized) into its pure monomer building blocks. These pure monomers are then used in a classical polyolefin manufacturing process to create entirely new polypropylene. The result is a material that is chemically identical to virgin (new) polypropylene—ensuring high purity and performance. For a detailed overview of this process, please refer to the figure below or visit our information page

Eppendorf BioBased consumables are ISCC PLUS certified. What is “ISCC PLUS” Certification ?

ISCC PLUS (International Sustainability & Carbon Certification) is a globally recognized certification program designed for the circular economy and bioeconomy. This certification enables full traceability of materials along the entire supply chain, from the initial raw materials—such as agricultural products, waste, or residues—all the way to the finished product. ISCC PLUS is applicable across various industries, including food and feed, chemicals, pharmaceuticals, and bioplastics. By achieving ISCC PLUS certification, companies demonstrate that their supply chains are regularly audited for sustainability, transparency, and responsible sourcing. This includes products made from waste, residues, and recyclable materials. Some of the key benefits of ISCC PLUS certification include: Traceability: Materials can be tracked at every step of the supply chain.Proof of Raw Material Identity: The origin and type of raw materials are clearly documented. Third-Party Verification: All information is independently audited and verified. Strengthened Consumer Confidence: Certification from an impartial, global organization reassures users about sustainability claims. Overall, ISCC PLUS supports the transition toward a more sustainable and circular economy, benefiting both businesses and the environment.

Can Eppendorf BioBased consumables be used for the same applications as standard products?

Yes, all Eppendorf BioBased consumables — such as tubes, plates, and tips — are designed to be fully compatible with the same applications as their standard counterparts. Whether you’re handling samples and reagents, performing storage, preparing for assays, or working with cell and microorganism cultures, BioBased consumables can be used seamlessly in your routine laboratory workflows. Importantly, Eppendorf BioBased consumables offer the same safety and assay performance as conventional products. This includes equivalent centrifugation stability, lid tightness, storage temperature tolerance, and low leaching levels. For detailed, product-specific performance comparisons, please refer to the respective application notes, where the performance of BioBased products has been directly compared with standard products and shown to deliver the same results. In addition to maintaining high quality and reliability, these BioBased products provide a sustainable alternative for laboratories aiming to reduce their environmental impact or achieve specific sustainability goals—without compromising on performance.

Is the mechanical and chemical stability of Eppendorf BioBased consumables the same as standard Eppendorf products?

Yes! All Eppendorf BioBased consumables—such as tubes, plates, and tips—are made from high-quality, refined polypropylene that possesses the same mechanical and chemical properties as the virgin polypropylene historically used in standard Eppendorf products. This means that critical safety and performance parameters—including centrifugation stability, lid tightness, leaching levels, and overall durability—are identical between BioBased and standard consumables. The chemical resistance profile of BioBased consumables is also equivalent to that of conventional Eppendorf materials. For a comprehensive overview, please refer to Application Note No. 056, “The best material for original Eppendorf Tubes ® and Plates: Properties and chemical resistance of polypropylene.” If you require information about the compatibility of a specific substance or chemical not listed in the application note, please contact your local Eppendorf representative. In summary, you can expect the same reliability, safety, and performance from Eppendorf BioBased consumables as you do from their standard counterparts.

Are Eppendorf tubes, plates (also LoBind variants), and pipette tips resistant to 100% acetonitrile?

Eppendorf tubes, plates including LoBind, and pipette tips are resistant to 100% acetonitrile only in room temperature conditions. Above 40°C and prolonged exposure (days) may lead to partial damage and is not recommended. For lower acetonitrile concentrations the resistance parameters will be better so prolonged exposure and higher temperatures may be possible. This must be however tested by the customer.

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Eppendorf twin.tec^® Trace PCR Plates BioBased

ACT label of sustainability certification for Eppendorf PCR plate 96 skirted BioBased (green)

产品信息

探索由生物基聚合物制成的全新 twin.tec^® Trace PCR Plates BioBased （质量平衡法：至少77%生物基聚碳酸酯与100%生物基聚丙烯相结合，最终平均生物塑料含量至少达到86%）。这些工作板能够帮助您大幅减少与耗材相关的碳足迹，同时保持相同的技术性能。
Eppendorf生物基孔板特点：
• 减少实验室碳足迹
• 遵循质量平衡法，通过ISCC PLUS （International Sustainability & Carbon Certification）认证，支持全供应链可追溯
• 每个孔板均采用激光刻印批号和有效期，进一步提升实验室流程可追溯性
• 96孔板采用独特光学引导网格，实现孔井快速定位，提高手动和半自动液体处理效率
• 同时推出定制条码款
新型生物基孔板与非生物孔板具有相同的材料特性和技术性能。查看我们相应的质量证书。

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产品信息

用途

特征

我们的Eppendorf twin.tec^® PCR Plates专为自动化系统中可再现的高质量结果而设计。采用超薄壁聚丙烯孔井设计，提升样品热传递效果，同时结合坚固的聚碳酸酯板架，确保高刚性和几何一致性。

我们的新型生物基工作板开辟了全新领域，大幅提升实验室工作的可持续性，且无需在切换传统工作板时重新验证现有方案。

产品原料为由生物基可再生资源制成的聚合物颗粒。生产过程遵循质量平衡法，即至少77%生物基聚碳酸酯和100%生物基聚丙烯相结合，使得最终平均生物基塑料含量达到至少86%，其中石油来源塑料为林业废弃物、精炼油残渣、废弃食用油等二代可再生原料所取代。由此制成的生物基聚合物与石油来源塑料具有相同的化学性质，从而达到与非生物基孔板完全一致的卓越技术性能。

我们的生产基地通过了International Sustainability & Carbon Certification组织（ISCC）的ISCC PLUS认证。

特殊的设计和制造工艺造就了高精度的产品。工作流程中的每一块单板都是一个高性能的组件，具有高重复性。

twin.tec PCR plates BioBased 采用激光刻印批号和有效期，是复杂研究、自动化高通量应用和受控工作流程的理想选择。支持数据追溯和文档记录，可为下次审计做好准备。

除了高通量和合规等特点，该微孔板还配有激光雕刻的光学导格和OptiTrack^®矩阵，确保在手动移液时快速准确定位。

所有Eppendorf Plates产品均提供定制条形码，此处显示条形码向导。

所有Eppendorf twin.tec plates 均达到 PCR clean' 洁净级，且已通过独立认可实验室批准测试和认证，不含DNA、RNA、脱氧核糖核酸酶、核糖核酸酶、PCR抑制剂等常见PCR污染物。Eppendorf微孔板助您对实验结果充满信心。

Eppendorf twin.tec^® Trace PCR Plates BioBased及其包装材料的处置

材料的回收变得越来越重要。例如，在欧洲，纸板材料已几乎实现100 %回收。Eppendorf twin.tec^® Trace PCR Plates BioBased包装由不同材料制成，其中大部分为纸板。
Eppendorf 耗材以及Eppendorf twin.tec^® Trace PCR Plates BioBased在运输过程中使用装运包装，其中的装运纸箱和折叠纸箱都含有至少93 %的回收纸板。
请收集纸板包装材料，支持我们回收有价值原材料的全球可持续发展倡议。将包装材料放在您所在单位和地区的指定收集容器内。对于采用聚乙烯（PE）制成的包装袋，我们建议您选择一位专业的回收合作伙伴。请联系所在工厂或当地废物管理公司，了解可供贵公司选择的回收方案。
工作板在使用后可能受到污染。这种污染可能导致生物危害、化学危害，甚至是核危害。因此，此类容器回收可能颇具挑战性。多国法律规定，危险废物必须焚烧处理。但焚烧受污染的实验室耗材时，所产生的能量和热量仍可回收。
为减少危险塑料废物量，应至少使用两个废物容器：一个用于收集危险废物，一个用于收集非危险废物。两类废物的定义可能取决于当地法规，且应当对实验室工作人员进行相应的传达/培训。请联系您当地的生物安全官和废物管理部门，了解更多本地废物回收方案。
我们强烈建议您选择经认证的本地废物回收合作伙伴。采用“本地”处理方式将减少运输带来的影响。选用“认证”回收公司能够以安全和可持续的方式处理实验室废物。

Founded in 2010 through a multi-stakeholder initiative, the International
Sustainability and Carbon Certification (ISCC) is a globally applicable and
leading certification system designed to enhance traceable, sustainable,
deforestation-free, and climate-friendly supply chains. ISCC certifications are
widely recognised and cover sustainable agricultural biomass, biogenic
wastes and residues, non-biological renewable materials and recycled
carbon-based materials. The development and implementation of different
certification standards is ISCC’s tool to promote its mission to mitigate climate
change and bring more traceability into global markets and supply chains.

The ISCC PLUS standard, in particular, supports the transition to a circular
economy and bioeconomy. This voluntary certification standard validates the
sustainability characteristics of alternative feedstocks throughout the entire
supply chain, from origin to end consumer.