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In-house plastic film is usually clean and can be reprocessed right away without extra procedures. But what kind of recycling equipment you should invest in to make the best use of it? For in-house plastic film recycling, POLYSTAR has two recommended solutions: the Cutter-compactor Plastic Pelletizer, Repro-Flex, and the Air-cooled Plastic Pelletizer, Repro-Air. Both recycling machines can process HDPE, LDPE, and LLDPE clean post-industrial plastics like film, bags, T-shirt bag cut-offs, and edge-trim waste. However, Repro-Flex can deal with more kinds of plastics such as PP, PS, PA, etc. Let’s take a closer look at what they feature and their advantages, which are the main differences between them.

Genox is focusing on the field of "solid waste recycling" and achieving the whole industrial chain layout of equipment manufacturing, system integration, investment operation, and recycling system. With the core team more than 23 years working experience in recycling, integrates the most advanced level at home and abroad. 

Plastic recycling is essential for addressing the waste crisis and reducing environmental impact. Beyond waste reduction and resource conservation, a significant advantage is the substantial decrease in carbon emissions achieved by diverting plastic from landfills and incineration. Recycling processes inherently involve lower energy usage, resulting in decreased carbon emissions. To enhance efficiency and maximize environmental benefits, integrating advanced technologies like plastic recycling machines, including Plastic Extruders, Shredders and Granulators, Plastic washing Lines, and Plastic Pelletizers are crucial. These mechanized systems automate and streamline the recycling process, making it more economically viable and scalable.

In the first quarter of 2024, POLYSTAR traveled to various countries worldwide for installations, maintenance, and exhibitions. Ｗe had the pleasure of meeting one of our biggest customers in the US. In this article, we'll take you through their successful journey of integrating our plastic recycling technologies and achieving success in the industry. If you're interested in our plastic recycling machines, be sure to catch us at these upcoming exhibitions for our innovative plastic recycling solutions

Plastic film is a versatile material with a wide range of applications, from packaging and construction to agriculture and healthcare. However, the increasing use of plastic film has also led to a growing problem of plastic waste. Plastic film recycling is an important process that helps to reduce the amount of plastic film waste that ends up in landfills or the environment. However, plastic film recycling is also a complex process with a number of challenges.

Recycling is a game where size matters. Nowadays recyclers need to reach a higher hourly production capacity with efficiency and simplicity, they required right applications for high-throughput recycling lines. FIMIC has been working many years now on improving its filtration technologies in order to meet and satisfy the needs (quality, characteristics) of recyclers, and at the same time facing the challenges of recycling post-consumer and post-industrial plastics.

With the increasing concern over plastic waste and pollution, plastic bag manufacturers are looking for more sustainable production methods to diminish the negative effects of their plastic products. Co-extrusion and recycling are two techniques that are gaining popularity in the plastic film industry. In this blog, we will explore how co-extrusion and recycling can create a circular economy for plastic bag production and minimize waste.

Plastic waste recycling has long been a symbol of green sustainability. With the rapid advancement of recycling technologies, applications have become increasingly diverse and abundant. The World Economic Forum predicts that by 2030, the global circular economy will reach $4.5 trillion. Internationally, there are new applications emerging, such as environmentally friendly building materials made from PET bottle bricks and eyeglass materials made from discarded fishing nets. Coca-Cola Taiwan has also invested significant research and development efforts, spending seven years to develop products using 100% recycled plastic bottles, setting a new milestone in plastic recycling applications.