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Views: 0 Author: Site Editor Publish Time: 2026-10-28 Origin: Site
Turkey's National Circular Economy Strategy and Action Plan for 2025–2028 provides a policy framework for improving resource efficiency, reducing waste, and promoting recycling. However, this policy direction does not necessarily translate into increased demand for pulverizing equipment. Whether a particular project requires pulverizing still depends on the feedstock condition, the intended reuse process, and the final product requirements.
Plastic pulverizing applications can be divided into two broad categories: processing suitable production scrap or recycled feedstock into powder for subsequent processing, and preparing powder feedstock for rotomolding, masterbatch production, and other specific processes. These applications may require different pretreatment methods and should not be treated as interchangeable.
For PVC pipe and profile scrap reprocessing, key considerations include material formulation, feed size, contamination, and pretreatment requirements. PE rotomolding powder preparation places greater emphasis on particle size distribution, flowability, and bulk density. Powder preparation for masterbatch production and polymer compounding requires compatibility with subsequent blending and compounding processes. Equipment selection should therefore start with the actual feedstock and downstream application. Grinding trials can then establish powder quality and throughput, providing a basis for selecting the grinding, feeding, and cooling configurations.
Based in Changzhou, Jiangsu, China, Mao Yue has focused on the development and manufacture of plastic pulverizing equipment and grinding components for 30 years. The company supplies equipment and parts for rotomolding, masterbatch production, polymer compounding, and PVC scrap reprocessing. Its technical focus is the in-house manufacture of core components, combining cutting tool design, precision machining, and complete machine manufacturing.
PE Rotomolding Pulverizers — For preparing PE powder for rotomolding.
PVC Pulverizers — For pulverizing PVC pipe and profile scrap and related production waste.
Pulverizer Components and Integrated Processing Lines — Including grinding discs, blades, PVC pulverizer toothed grinding plates, rotors, and equipment for integrated crushing and pulverizing lines.
In-House Manufacturing of Core Grinding Components — Mao Yue develops and manufactures grinding discs, blades, and related grinding components, and also supplies PVC pulverizer rotors. Integrating component machining with complete machine assembly helps control component dimensions and fit while supporting equipment-specific spare parts supply.
Precision Tooth Profile Machining — Grinding components are manufactured using CNC machining and specialized grinding equipment, including Taiwan-made precision grinding machines for machining grinding teeth. The process focuses on tooth geometry, cutting edges, and machining consistency to support effective interaction between grinding components.
DC53 Tool Steel and Heat Treatment — Selected grinding discs use DC53 tool steel, heat-treated to achieve a hardness of HRC 60–61. Material selection and hardness control support tooth wear resistance and help limit cutting-edge wear during operation.
Multiple Grinding Disc Designs — Available designs include one-piece and dual-row toothed grinding discs, with selection based on material and equipment requirements. Dual-row discs feature inner and outer rows of teeth, providing an alternative grinding component configuration for PE powder production.
Tooth Regrinding and Maintenance Support — In addition to supplying new components, Mao Yue can regrind discs and cutting tools that are suitable for refurbishment. Restoring the cutting edges provides a maintenance option beyond replacing the entire component set. Suitability for regrinding depends on the extent of wear and damage.
Kaya Makina is a Turkish manufacturer of plastic grinding equipment, offering PVC pulverizers, polymer grinding systems, and related support services for plastic powder production and recycling applications.
K11 PVC Pulverizer — For PVC and other suitable polymer grinding applications within its operating capacity.
K15 PVC Pulverizer — For plastic powder production and related reprocessing applications.
K30 Polymer Grinding Machine — For grinding applications with higher throughput requirements.
High-Speed Polymer Grinding Mechanism — Processes PVC and other suitable polymers through a high-speed grinding mechanism for plastic powder production.
Precision Grinding Components and Mechanical Design — Combines precision-machined grinding components with a balanced mechanical arrangement to support stable operation.
Compact Construction and Maintenance Access — Selected machines feature compact layouts and robust mechanical construction, taking installation space, daily operation, and maintenance accessibility into account.
Grinding Systems and Production Line Support — In addition to individual machines, the company offers PVC grinding systems and related plant installation services for projects requiring an integrated equipment solution.
İnan Tech is a Turkish manufacturer of plastic recycling machinery. Its product range covers powder preparation and multiple stages of waste plastic reprocessing, supporting both individual machine purchases and multi-stage recycling projects.
300 Pulverizer — For plastic powder production within the model's operating capacity.
500 Pulverizer — For pulverizing materials such as PE, PP, and PVC.
800 Pulverizer — For plastic powder production projects with higher throughput requirements.
Integrated Plastic Recycling Lines — Including size reduction, washing, sorting, drying, and extrusion pelletizing equipment, with process stages configured according to the feedstock condition.
Grinding Systems with Multiple Disc Sizes — Different grinding disc sizes allow equipment selection according to material type and production requirements.
Pulverizing for Different Polymers — Processes suitable grades of PE, PP, and PVC, as well as certain plastic production offcuts, for powder applications including rotomolding, masterbatch production, and polymer compounding.
Multi-Stage Recycling System Integration — Combines size reduction, washing, sorting, drying, and pelletizing equipment into recycling lines, with the process configuration adapted to the material and intended output.
Netplasmak is a Turkish manufacturer of plastic recycling machinery, supplying pulverizers and related recycling systems. Its plastic pulverizing equipment serves processes that require powdered resin, including rotomolding and masterbatch-related applications.
Plastic Pulverizers — Convert plastic pellets or flakes that meet the feed requirements into powder.
Crushers and Shredders — Reduce the size of plastic waste in different forms.
Extrusion Pelletizing Equipment — Converts suitable recycled plastics into pellets.
Integrated Recycling Lines — Combine processing equipment according to the feedstock and target product.
Screw Feeding and Material Conveying — Uses screw feeders, fans, and related conveying components to feed material into the grinding stage and transport the resulting powder.
Cyclone Separation and Screening — Incorporates cyclone discharge and screening components to support powder collection, discharge, and particle size screening.
Multiple Drive and Capacity Configurations — Different models use corresponding main motors, fans, and auxiliary drives. Equipment capacity can be evaluated against the target powder specifications and actual material trial results.
Based in Tekirdağ, Turkey, inan Makine (WasteMac) manufactures plastic size reduction and recycling equipment. Its range includes pulverizers and supporting systems for material preparation, washing, drying, and handling.
Disc-Type Plastic Pulverizers — Convert suitable PE and PVC regrind or granules into powder.
Crushers and Shredders — Reduce the size of plastic waste before further processing.
Washing and Drying Systems — Support the cleaning and preparation of recyclable plastic feedstock.
Conveying and Storage Equipment — Includes conveyors, screw conveyors, storage units, and big bag filling systems.
Stationary and Rotating Grinding Discs — Material is pulverized between a stationary disc and a high-speed rotating disc.
Central Material Feeding — Feedstock enters the grinding chamber centrally for processing between the discs.
Level-Controlled Screw Feeding — Upper and lower level sensors control the feeding screw to help prevent overfeeding or insufficient feeding and support consistent operation.
Specifying only "PVC" or "PE" is generally insufficient for equipment selection. An inquiry should also include the material grade or formulation, whether it is virgin or recycled, its physical form and feed size, moisture content, contamination levels, and the intended use of the powder.
If the feedstock comes from different batches or suppliers, representative samples should be used for grinding trials to minimize differences between test conditions and actual production.
Capacity comparisons should be based on consistent finished powder requirements. Buyers should define the target particle size, screening requirements, and downstream quality criteria. They should also clarify whether a supplier's stated throughput refers to feed rate, total output, or the output of powder that meets the agreed specifications.
Trial reports should record the feedstock, equipment configuration, operating duration, powder test results, and throughput so that the results are traceable.
Main motor power and total installed power help describe the equipment configuration, but they do not establish processing efficiency on their own. Where energy costs are important, compare the actual energy consumption per unit of on-spec powder, using clearly defined measurement boundaries and operating conditions.
Production units should also be checked. For daily output, confirm the effective operating hours per day. For hourly throughput, confirm the corresponding material and powder specifications.
The specifications, lead times, and maintenance requirements for grinding discs, cutting tools, and other wear parts should be established during procurement. Buyers should check how easily parts can be replaced, whether special tools are required, whether components can be reground, and what maintenance guidance the supplier provides.
For projects involving extended continuous operation, a recommended spare parts list should also be agreed upon. This helps ensure that the comparison includes ongoing maintenance costs as well as the initial machine price.
Whether selecting a Turkish manufacturer or an international supplier, buyers should confirm responsibility for installation and commissioning, the language used for operator training, the scope of remote support, and the arrangements for on-site service when needed.
Quotations should also state whether auxiliary equipment, shipping, installation, training, and spare parts are included, allowing a comparison of total project costs.
Throughput figures are meaningfully comparable only when the material, feedstock condition, target powder specifications, and measurement basis are similar. Without these conditions, catalog figures are useful for initial screening but cannot replace trials conducted under comparable conditions.
No. Material names alone are not enough to establish suitability. Suppliers should confirm the specific grade, formulation, feeding conditions, and required configuration, followed by trials using representative material.
A pulverizer is needed only when the downstream process requires powder feedstock. Buyers should first define the target product, then determine the appropriate combination of size reduction, washing, drying, pelletizing, and pulverizing stages to avoid installing unnecessary equipment.
Selecting a plastic pulverizer manufacturer requires a combined assessment of feedstock suitability, target powder quality, on-spec throughput, and long-term maintenance requirements. Company profiles and published specifications can help establish a shortlist, but the final decision should be based on material trials, technical documentation, and clearly defined delivery and support arrangements.
If you are looking for pulverizing equipment for PE, PVC, or other plastics, or need information about grinding discs, cutting tools, and supporting systems, contact Mao Yue through this website's inquiry form. To help us assess a suitable equipment solution, please provide:
Material type, grade, or formulation;
Feedstock form and size, and whether it is virgin or recycled;
Target powder particle size or screening requirements;
Required on-spec powder output and daily operating hours;
Downstream application, project location, and related equipment requirements.
If you have feedstock samples or a reference powder sample, please mention their availability so that material trials and technical requirements can be discussed.
