RT @vinyl_institute: From 🎶 high-fidelity records to 🏥 life-saving medical devices and 🏗️ durable building materials, vinyl is the backbone….

🍃New Chlorinated Bio-Ester as Sustainable Secondary Plasticiser for Flame-Retardant PVC🧯. Check out the peer-reviewed paper on how to improve the fire performance and lower the environmental footprint for #PVCcables: .

🔌Powering Your Home🏡. PVC cables are the backbone for powering a myriad of household applications. Discover more:

PVC4Cables Showcases Tomorrow's Cable Solutions in Paris🇫🇷. @PVC4Cables was proud to take part in the @VinylPlus_EU Sustainability Forum 2025 (#VSF2025) with a dedicated exhibition stand. Read full recap:

How Are University Partnerships Powering Innovation in the PVC Industry?. The European #PVC cable value chain has a long history of working together with academia on advancing sustainable formulations for #PVCcables. Discover the recent achievements:

How Can Advanced Recycling Solve the Issue of Legacy Additives in PVC Cables and Other Products?. Find out:

🧑‍🔬Informed, Science-Based Choices in Cable Safety🔌. Modern #PVC #cables offer excellent fire resistance, durability, and sustainability – driven by science and continuous industry #innovation!.

Advancing Circularity. The European PVC industry is continuing to innovate in #recyclingtechnologies, including advanced sorting and dissolution methods that separate PVC from other materials and remove legacy additives.

#Didyouknow?. Most fire damage costs stem from smoke, not HCl-related corrosion. Real-life fires show heat and smoke cause the greatest harm. FRLS PVC cables reduce smoke, cutting clean-up costs. B2ca and Cca cables keep fires manageable—better than Dca.

ℹ️#Factcheck: Flame Retardant Low Smoke (FRLS) and New Low Smoke Acidity (LSA) #PVCCables.

ℹ️Fact Check: PVC and Phthalates. ✅#PVCcables do not contain harmful substances. ✅Commonly used plasticisers, incl. phthalates, have been thoroughly tested and found to be safe. ✅#PVC #cables can also be made w/o phthalates to meet certain ecolabels.

How are universities helping the #PVC industry innovate?. We asked Laura Mazzocchetti from @Unibo - then looked at a real case: her work with the PVC cable sector on fire performance. 🎥 Full interview: . #cables #firesafety #innovaton #pvc4cables

🔎 #FridayFact – Why #PVCCables Remain a Safe and Responsible Choice. Our latest statement clarifies common misunderstandings about #PVC #cables — especially in relation to fire and smoke🧑‍🚒.

New PVC4Cables Statement: #PVCCables Remain a Responsible Choice for #FireSafety and Environmental #Sustainability. #cables #Cpr

🔥 #Didyouknow #PVCcables with Low Smoke Acidity (LSA) compounds can match or even outperform HFFR cables in smoke suppression & #firesafety?. At #PVC4Cables, Laura Mazzocchetti of @Unibo showed groundbreaking research - see more below⬇️. #cables

How Can Advanced Recycling Solve the Issue of Legacy Additives in PVC Cables and Other Products?. Discover more in the interview with Eric Romers of @INOVYN_Official's Project Circle:.

Are you attending the Future of PVC 2025 Conference in Brussels?👀. Do not miss Sara Haveriku's talk on sustainable #innovation of #PVC for #cables and other applications🧑‍🔬.

Did you miss the recent webinar by the Fire Information Exchange Platform (FIEP)?. ⬇️ Check out the presentation by @PVC4Cables on "PVC, Fire Performance, and #Sustainability: Route Towards New Formulations".

PVC: The Low-Carbon Choice. In contrast to other plastics, #PVC or #vinyl is primarily made from chlorine derived from table salt. Bio-attributed and bio-circular PVC and non-fossil based additives and compounds are also available.

How are Industry-University Collaborations Advancing PVC Cable #FireSafety?. #cables #innovation #research