Reliable 500kg Per Hour PVC Pulverizer with High Efficiency Features

• Customization: Available
• After-sales Service: Life Time Service
• Warranty: 18 Months
• Material Processed: Plastic Flakes
• Plastic Type: PVC
• Screw: No
• Automation: Automation
• Computerized: Computerized
• Certification: ISO9001:2008, CE
• Capacity: 200-800kg/H
• Grinding Blade Type: Disc
• Motor Power: 30-110kw
• Pulverizering Blade Material: D2
• PLC Control: Optional
• Motor Brand: Siemens or Customer-Made
• Application: PVC, PE
• Transport Package: Wooden Pallets
• Origin: Zhangjiagang, China
• HS Code: 84778000
• Production Capacity: 500 Sets/Per Year

Product Description

Applications:
The SMP plastic milling machine stands out as a versatile solution primarily designed for the pulverization of PVC regrind, especially within the realms of pipe and profile recycling. It seamlessly integrates with shredders and granulators, crafting a well-balanced and highly efficient system to impeccably manage in-house production waste. Additionally, the machine's prowess extends to grinding PE for Rotomolding applications, utilizing the PM Pulverizer to produce the fine powder essential for these processes. A meticulously engineered screening machine is indispensable in this process to guarantee the precise output size, distribution, and optimal flow properties of the finely ground material.

Technical Specifications:

Model	SMP-300	SMP-400	SMP-500	SMP-600	SMP-800
Disc Diameter(mm)	300mm	400mm	500mm	600mm	800mm
Dimension L*W*H(mm)	3700*1500*3700	3800*1600*3800	3900*1700*3900	4000*1800*4000	4300*1900*4300
Main Motor(kw)	11-15	22-30	30-37	45-55	75-90
Air Blower(kw)	3	4	5.5	5.5	7.5
Vibrating Motor (kw)	0.55	0.55	0.75	1.1	1.1
Capacity (kg/h)	30-50	50-120	120-200	200-350	400-600

General description
Our Waste Plastic Pulverizer Machines boast a wide range of disc diameters, available from 300 to 800 mm. These high-speed precision grinders are expertly crafted to process medium-hard, impact-resistant, and friable materials with unmatched efficiency. Material enters through the center of a vertically fixed grinding disc, which is perfectly aligned with an identical high-speed rotating disc. Driven by centrifugal force, material passes through the grinding area, and the resultant powder is effortlessly collected using a state-of-the-art blower and cyclone system. Depending on specific applications, machines can be fitted with either one-piece grinding discs or adaptable grinding segments.

Technical Features:
1. The newly innovated disc design boasts superior quality and durability, offering a lifespan twice that of standard grinding discs, ensuring long-term reliability and consistent performance.
2. Enhanced professional bearings are engineered for high rotation speeds. Utilizing a single drive motor optimizes grinding efficiency and control, significantly reducing operational time and engineering demands.
3. Installation and maintenance are remarkably straightforward, allowing easy access by simply opening the door for quick clean-up, ensuring minimal downtime.
4. A fully sealed milling process ensures no dust escape, providing a cleaner and safer operational environment.
5. The machine's full automation covers feeding, discharging, and sorting, enhancing productivity and reducing manual intervention.
6. Adjusting the grinding gap is effortlessly achieved using a feeler gauge and adjusting bolts for precise fine-tuning, offering flexibility in operation.
7. An innovative dual cooling system, utilizing both water and wind, ensures optimal temperature management during the milling process.
8. A diverse array of optional accessories allows for customized, professional solutions tailored to meet varying budgetary and processing needs of our clients.

Advantages:
Effortless cutting gap adjustments for precision
Versatile choice between discs or segments for customization
Minimized drive power input paired with maximized throughput efficiency
Groundbreaking and highly efficient design
Extensive assortment of accessory options
Streamlined temperature control for optimal performance