In the modern plastics industry, pelletizing is a core link, transforming diverse plastic raw materials into plastic pellets with uniform specifications and stable performance. Plastic pelletizing is more than a simple process of melting and cutting; it is a systematic process integrating pretreatment, precision plasticization, efficient filtration, and intelligent molding. Every detail of the process directly impacts the gloss, uniformity, mechanical properties, and subsequent processing performance of the final pellets.

We are pleased to announce that this week, Kitech Machinery successfully tested its KCP100+120 two-stage pelletizer for PP non-woven fabric! This pelletizing system features an economical and practical underwater strand cutting system. It utilizes a three-step process: extrusion → water cooling → strand cutting. The system consists of a strand die, cooling water tank, air dryer, strand pelletizer, and vibratory drying system. Underwater strand pelletizing is a highly cost-effective option for your plastic recycling solution.

On September 30, 2025, Kitech Machinery marked its seventh anniversary with a company-wide celebration under the theme “Building Dreams, Collective Brilliance.” The event honored the dedication and progress of the past seven years while looking ahead to a future of shared success. Employees gathered in an atmosphere of warmth and camaraderie, reflecting the strong spirit of the Kitech family.

KiTech Machinery, located in Zhangjiagang, Suzhou, is a manufacturer of advanced recycling equipment. Last week, the KiTech KCP80 pelletizing system was tested for pelletizing PE film and PE non-woven fabric. The pellets produced exhibited uniform color, a smooth surface, no bubbles, and excellent heat resistance. The finished pellets can be used for secondary processes such as blow molding, injection molding, blown film, and pipe extrusion, forming a seamless production cycle.

Plastics play an indispensable role in daily life and production, and their widespread use undoubtedly brings great convenience to our lives. However, the resulting problem of plastic waste has become increasingly prominent, and the resulting "white pollution" has become a major challenge in environmental governance. To more effectively address this issue, we need to have a deeper understanding of plastic classification. This understanding will not only help us use plastic products more rationally, but also promote plastic sorting and recycling, thereby contributing to the reduction and effective control of environmental pollution.

[Zhangjiagang, Suzhou] – KiTech Machinery recently successfully completed a factory test run of its independently developed KCP100+120 dual-stage pelletizing line. This test run rigorously simulated a real-world production environment, conducting continuous production tests on both white HDPE and black LDPE materials. The pellets produced were bubble-free and black speck-free, demonstrating pure quality and ready for direct use in downstream high-end product production, creating maximum value for customers.

Recently, Kitech Machinery's KSP120 single-screw pelletizer successfully completed its official trial run, achieving a stable production capacity of 400-450 kg/h! This test primarily focused on HDPE pipe flakes, and the resulting pellet quality exceeded customer expectations: uniform, full pellets, pure color, smooth surface, and bubble-free, meeting the standards for high-end recycled plastic applications.

Did you know?

In the heart of the Pacific Ocean, far from land,

there floats a "new continent" four times the size of Japan.

This isn't a product of geological movement, but rather a vast garbage island composed of discarded plastic bottles, fishing nets, plastic bags, and countless other plastic fragments.



So, how did this human-free "island" come to be? And how does it resonate with our daily lives?

This week, Kitech's next-generation 5G KCP140 compacting pelletizing system (equipped with a self-cleaning laser filter) completed field trials, earning high praise from customers for its superior pellet quality.

In December 2024, the European Council officially adopted the Packaging and Packaging Waste Regulation (PPWR), which will take effect in February 2025. It sets stricter and more systematic requirements for the recycling, utilization, and disposal of packaging waste.

A hydraulic squeezer is a specialized device that uses a hydraulic system to generate high pressure to mechanically squeeze materials for solid-liquid separation. This type of equipment, driven by a hydraulic cylinder, applies continuous and stable high pressure to the material, squeezing out free water from the material and achieving dehydration. This device can be used standalone or integrated into a washing line, with production capacity customized to customer requirements.

According to recent research, the average person globally consumes approximately the weight of a credit card each week. Even more alarmingly, scientists have found traces of microplastics in human blood clots, brain tissue, and even the placenta.