LyondellBasell’s Post

We’re thrilled to help rotomoulders in achieving ideal performance while driving sustainability goals. If you’d like to learn more about Icorene 1490 powder grade and how we can upgrade your projects, feel free to drop us a message! #LYB #LyondellBasell #Rotomoulding

🌟 Exploring the Power of PTFE: The "Plastic King" 🌟 At Saixun, we leverage the remarkable properties of PTFE (Poly tetra fluoroethylene), commonly known as the "Plastic King," to deliver cutting-edge solutions across various industries. PTFE is a polymer with exceptional resistance to heat, cold, and chemical exposure, making it ideal for demanding applications. Here’s why PTFE stands out: 🔹 Exceptional Thermal Resistance: PTFE performs reliably under extreme temperatures, from -180ºC to 260ºC, without losing its structural integrity. This makes it perfect for industrial applications that require long-term heat resistance. 🔹 Superior Chemical Stability: PTFE is inert to most acids, bases, and organic solvents. Even in aggressive environments such as boiling hydrogen fluoride, aqua regia, or concentrated sulfuric acid, PTFE remains unaffected. 🔹 Low Friction & Non-Stick Properties: With one of the lowest friction coefficients of any solid material, PTFE offers superior lubrication. Its non-stick characteristics also make it an ideal coating material for pipes and other surfaces, ensuring easy maintenance and cleaning. 🔹 High Durability: Resistant to weathering and aging, PTFE's mechanical strength remains intact even at temperatures as low as -196ºC. This long-lasting material is suited for use in harsh environments where durability is key. Discover how Saixun’s PTFE-based solutions can elevate your operations. Contact us today to discuss your specific needs and explore new opportunities for collaboration! #plastics #plasticsindustry #plasticsmanufacturing #plasticmaterials #plasticsolutions #plasticproducts #eptfe #gaskets

Excellent post with an in-depth animation explaining many of the technical aspects that make our VSF X Solvent Extraction the logical solution for Sustainable operations…

Introducing the Material Advantages of Beryl Super Capacitors! 💎 Electrode: ✅ Independent research with numerous intellectual property rights. ✅ Collaboration with domestic and foreign manufacturers for activated carbon core material development, achieving import substitution. ✅ Flexible adjustment and optimization of electrode performance to cater to diverse requirements. Electrolyte: ✅ Independent development of high-pressure and wide-temperature electrolyte, thanks to functional additives. ✅ Collaboration with domestic manufacturers for the development of new electrolyte salts and solvents, enhancing electrolyte performance. Capacitor: Advanced Coating and Rolling Process: ✅ Utilization of automatic equipment and a range of high-precision testing instruments to ensure consistent product quality. ✅ Stringent production environment control, optimal product structure design, ensuring excellent performance. Experience the unparalleled innovation of Beryl Super Capacitors! 💚💡 # BerylSuperCapacitors #EnergyStorage #Innovation #AdvancedTechnology

Today's #SemiconScott technical feature delves into "ECTFE vs ETFE - What's the Practical Difference." 🔽🔽🔽 Join industry leader Scott Williams as he contrasts two pivotal products in the #SemiconductorIndustry. For an in-depth exploration, click the link below! Alternatively, feel free to reach out directly to your Port Plastics representative. We're here to support all your plastic material requirements. #PortPlastics #Semiconductor #ECTFE #ETFE #IndustryExperts

This week we focus on differentiating between ECTFE and ETFE. As the Semiconductor market heats up the fluoropolymer market tends to dry up. Thus, understanding the benefits of each polymer becomes critical. Contact Port Plastics for everything Semiconductor Plastic!

If you buy a technology and know how the first thing to ask: If the seller could provide the calculation of the column or and to contract the properties of the synthesised polyol connected with the properties of the Polyurethane produced and end applications and quantity of destilate and product! Why? How you are going to have official MSDS, to test the material? How you are going to be able to sell it, to transport it? If you already have the technology and the Industrial solution and you need the engineering solution to match the new laws and regulation behind emission and reach of produced material! Learn within simple knowledge offered by GDPL, technological ideas behind polyol synthesis and chemical PU recycling and GDPL column solutions! First product GDPL column to ensure an atmospheric and vacuum destillation for polyester polyols and polyol for CASE is on the way to you and to increase your circular level!

You want to know more about twin screw extrusion to make cellulose microfibrils at pilot scale? Watch this quick video 👇🏻👇🏻 Thanks Sandrine PAPPINI and Melodie Dubois for the record! 👏🏼 #MFC #TSE #cellulose #pilot #EUproject

🚀 This is the start of our pilot plant introduction series! We have created a series of YouTube videos to showcase our groundbreaking technologies. Check out our first video featuring Benjamin Dhuiège, Head of Biobased Materials Division at CTP (Centre Technique du Papier). Benjamin presents our innovative Twin Screw Extruder—a remarkable pilot plant designed to extract cellulose fibers from raw materials like wood! 👉 Watch the full video here: https://lnkd.in/dTYmq-VR #Bionanopolys #BiobasedMaterials #SustainableInnovation #TwinScrewExtruder #CelluloseFibers #GreenTech #CTP #PilotPlant Don't forget to like, comment, and subscribe to stay updated with our latest advancements! 🌿💚

🌟 Key Principles in CaCO3 Filler Masterbatch 🌟 In the dynamic world of CaCO3 (calcium carbonate) filler masterbatch, understanding and applying key principles can significantly enhance product performance and cost-efficiency. Here are the essentials: 1. **Material Selection**: Choose the right grade of calcium carbonate for particle size, purity, and morphology. 2. **Dispersion Quality**: Ensure excellent dispersion within the polymer matrix to avoid defects. 3. **Compatibility**: Optimize compatibility between polymer and CaCO3 using surface treatments or coupling agents. 4. **Processing Conditions**: Fine-tune temperature, shear rate, and mixing time for optimal results. 5. **Loading Levels**: Maintain the right balance of CaCO3 to achieve cost savings without compromising quality. 6. **End-Use Properties**: Assess impact on tensile strength, elongation, impact resistance, and surface finish. 7. **Cost Efficiency**: Balance cost reduction with product quality. 8. **Environmental Impact**: Consider sustainability, recyclability, and regulatory compliance. Mastering these principles can lead to superior CaCO3 filler masterbatch products tailored for various applications. Let's continue pushing the boundaries of innovation! 🚀 #MaterialsScience #PolymerEngineering #CalciumCarbonate #Manufacturing #Innovation #Sustainability#alexpolymer#fillermasterbatch#masterbatch