♻️🌱 Plastics Processing and Recycling - Rolbatch Academy - Webinars & Online Trainings
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🐸👑♻️ Mentoring for Leaders: Support in the Plastics Industry
"Growth begins when you step out of your comfort zone."
Entering the plastics processing and recycling industry presents numerous challenges. New processes, specific terminology, and industry-specific nuances require not only knowledge but also the support of someone who has already walked this path. Our mentoring program is designed for business owners, board members, and project leaders entering this sector. We offer personalized online video conferences and intensive on-site sessions to support your success.
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From Family Passion to Experts in Plastics – Discover Rolbatch Academy
🐸👑♻️ From Family Passion to Experts in Plastics – Rolbatch Academy
At Rolbatch Academy, we specialize in practical training for the plastics and recycling industry, combining real-life experience with accessible education.
➤ Our Offer:
- Technical training for operators (extruders, recycling lines).
- Insights into plastics parameters like MFI, MFR, and density.
- Custom webinars tailored to specific business needs.
➤ Upcoming Free Webinars:
- Melt Flow Index (ISO 1133) – its importance in processing.
- Recycling Plastics – challenges and opportunities.
- Microplastics – impacts and solutions.
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🐸👑♻️ Plastics and Recycling – Together for the Environment!
Plastics are essential in modern life, but their excessive production and poor waste management pose environmental challenges. Education is key – starting with children, we can teach the importance of recycling and sustainable use of polymers. At Rolbatch Academy, we focus on designing recyclable products, minimizing waste, and using innovative recycling technologies. Join our efforts to turn waste into resources and promote sustainable practices in polymer use. Together, we can make a difference for the planet!
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🐸👑 What Will You Learn About Plastics with Me at Rolbatch Academy?
Plastics are everywhere, from cars and clothing to packaging and everyday items. At Rolbatch Academy, I reveal the "invisible" side of plastics, focusing on practical applications. Learn to distinguish materials like PE and PET, understand production processes like extrusion and injection molding, and discover innovative recycling methods. Explore how plastics drive industries such as automotive, agriculture, and packaging. Whether you’re a beginner or an expert, our insights will empower you to innovate and optimize in the world of plastics.
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What Else Don’t You Know? Discover the Potential of Continuous Learning in Plastics Processing and Recycling
Knowledge is a Journey, Not a Destination “Anyone who claims to know everything actually knows the least.” These words, which I heard many years ag... -
Where Are Silicone-Coated Cables Used and Why Are They Essential?
Silicone-coated cables are used in automotive, aerospace, energy, and medical industries, where high temperatures, moisture, and fire resistance are critical. Their flexibility, UV resistance, and long lifespan make them superior to traditional materials. Unlike PVC, silicone insulation does not degrade under extreme conditions. Is your industry ready to switch to silicone-coated cables? Find out how they improve safety, durability, and efficiency in demanding environments.
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♻️🌱 PolyRock – The Waterproof Concrete Revolutionizing Industrial and Radioactive Waste Management
PolyRock is a revolutionary waterproof concrete that replaces cement with sulfur polymer, offering unmatched durability and sustainability. Ideal for constructing reservoirs, radiation-resistant containers, and utilizing industrial waste like incinerator ash. We offer a production line capable of producing 40 tons of PolyRock per hour, available at 30% of the cost of a new machine. Learn more about this innovative material and its applications in our latest article.
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Is Your Company Ready for the Sudden Departure of Key Employees?
In today’s fast-changing world, employee turnover is common. Losing key employees simultaneously can disrupt your business. Employee training is no longer optional—it’s essential. It helps retain knowledge, builds team engagement, and prepares organizations for future challenges. Discover why training is your most valuable investment in 2025. Learn more on the ♻️🌱 Plastics and Recycling blog.
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Trust in Plastics and Recycling: The Long-Term Path to Success
♻️🌱 Building trust is key to success in plastics and recycling. At Rolbatch Academy, we focus on long-term relationships, sharing knowledge, and solving real-world challenges. Recently, we started digitizing our courses into 14 languages, including German, English, and Polish. Learn about plastics processing and recycling technologies in online and in-person formats. Follow our hashtag #RolbatchAcademy for updates!
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How to Prevent Cracking in Large Diameter POM Rods – Causes and Solutions
Large diameter POM rods often crack due to internal stresses caused by uneven cooling and rapid crystallization. Smaller rods don’t face this issue as they cool faster and more uniformly. Key solutions include gradual cooling, stress-relieving annealing, and optimized process parameters. Using copolymer POM or adding impact modifiers also reduces cracking risks. Learn practical tips to improve production efficiency and product quality in POM extrusion.
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How Are Wind Turbine Blades Recycled? Composites, Polymers, and Plastics
Recycling wind turbine blades is a challenge due to their durable composites, polymers, and plastics. Methods include mechanical recycling, which turns blades into fillers, thermal recycling for energy recovery, and chemical recycling to reclaim high-quality materials. Innovative solutions repurpose blades into noise barriers and infrastructure. Advances in composite materials and polymers drive sustainable recycling, ensuring minimal environmental impact.
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How Are Wind Turbine Blades Made? Composite Materials and Polymers in Blade Manufacturing
Wind turbine blades are made from composites, polymers, and reinforced plastics, combining fiberglass and epoxy resins for strength and durability. Their production involves molding, resin infusion, and curing to create lightweight, aerodynamic structures. Advanced composite materials ensure resistance to environmental conditions and mechanical stress. This article explains how polymer-based composites are shaped and assembled to meet the demands of modern renewable energy systems.
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