♻️🌱 Plastics Processing and Recycling - Rolbatch Academy - Webinars & Online Trainings

Discover the innovative integration of AC motors and DC motors in plastic extruders, transforming production with advanced control, energy efficiency, and precise process management. Our approach focuses on process optimization, waste elimination, and cost reduction to boost performance. By ensuring consistent low-speed torque, modern extrusion processes achieve new productivity levels. Gain expert insights and proven strategies at Rolbatch Laabs Academy.

At Rolbatch Laabs Academy, we conducted a Plastic Recycling training session for recycling and plastic processing companies. We covered plastic identification, the impact of regranulate contamination on film quality, and key parameters like MFI, density, and moisture content. Understanding these factors helps companies reduce waste and improve product quality. Find out why training should involve not only the technical department but also machine operators to enhance production efficiency.

Silicone cables are increasingly used in smartphones due to their heat resistance, durability, and flexibility. Unlike standard cables, silicone coatings prevent overheating, cracking, and moisture damage. They are essential in fast chargers, wireless charging systems, and foldable phones. While more expensive than PVC or TPU, silicone ensures better insulation and longer lifespan. Will silicone replace traditional cables in all mobile devices? Find out more about this growing trend!

The automotive industry is in crisis. With China leading the market, European manufacturers must adapt to new challenges. Recycled plastics are becoming an industry standard, but they will not solve rising production costs or supply chain disruptions. Germany is losing its dominance as China develops its own closed-loop recycling systems. How will European injection molding companies and recyclers position themselves in this changing landscape?

Hygroscopicity vs. Osmosis in Plastics – What’s the Difference?

Not all plastics absorb moisture! Hygroscopic plastics (e.g., ABS, PA, PET) pull water into their structure, which can cause defects during processing if not dried properly. Non-hygroscopic plastics (PVC, PE) do not absorb moisture but can act as barriers against osmosis.

💡 Key differences:
✔️ Hygroscopicity – water absorption into plastic granules.
✔️ Osmosis – water passing through a material.
✔️ PVC is not hygroscopic but can reduce osmosis.

🔗 Learn more about plastics & moisture here!

Raw material prices seem to be constantly changing, but are these shifts driven by real market dynamics or strategic supplier tactics? Many businesses in the plastics processing and recycling industry have noticed that price announcements don’t always align with actual costs. While some companies still stockpile materials, others now buy only when needed. But is this the right approach? In this article, we analyze pricing trends, common supplier strategies, and how companies can avoid being caught in market manipulation.

Silicone cables are increasingly used in automotive, electronics, aerospace, drones, and medical industries. Their temperature resistance, flexibility, and durability make them superior to traditional PVC and PUR wires. Manufacturers are seeking high-quality silicone components, and the growing demand makes this industry profitable and future-proof. Find out where silicone cable production is most lucrative and how to enter this expanding market.

The first 60 minutes after you publish a LinkedIn post are crucial. LinkedIn’s algorithm tests your content by showing it to a small, engaged group and tracking key signals:
✔ diverse reactions,
✔ thoughtful comments,
✔ time spent reading, and
✔ shares.
If these indicators are strong, your post expands to a broader audience and may go viral. To boost your reach, craft valuable content with a strong opening, ask your network for early, meaningful comments, and engage actively with others.

🌍 According to the World Economic Forum, around 85 million jobs were projected to disappear by 2025 due to automation. Now, as we evaluate these predictions, the plastics processing and recycling industry stands out for its transformation. Automation has reshaped roles, streamlining production while creating demand for new skills in programming, maintenance, and system optimization. This shift highlights both challenges and opportunities, urging industries and workers to adapt to ensure a sustainable and efficient future. Dive into our analysis of this dynamic evolution.

What is the market for thermoformed film packaging?

The packaging industry is growing rapidly, and the demand for hygienic, aesthetic, and eco-friendly solutions is on the rise. Thermoformed packaging, made from polypropylene (PP) or polystyrene (PS) films, is increasingly used in the food, electronics, and industrial sectors.

If you’re looking for a business idea, investing in the production of these films could be a great opportunity. The production process begins with a cast film extrusion line, which produces thick films ranging from 0.3 mm to 1 mm. These films are then processed on another machine called a thermoformer to create specific packaging products.

This article will show you how investing in a cast film extrusion line can be the first step toward entering this lucrative market.