PVC Pipe Pulverizer

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PVC Pipe Pulverizer Specification

Equipment Type
PVC Pipe Pulverizer

Condition
New

Material
Mild Steel

Power Source
Electric

Power(W)
40 HP

Power Consumption
45-60 kg/hr

Dimension (L*W*H)
1950 mm x 1500 mm x 2000 mm

Automation Grade
Semi Automatic

Feeding Size
According to Model

Phase
Three Phase

Application
Industrial PVC Recycling

Used For
Grinding and pulverizing PVC pipes and plastic scrap

Blade Material
Alloy Steel

Color
Blue & White

Weight
Approx 1200 Kg

Voltage
380 V

Motor Speed
1440 RPM

Capacity
50-160 kg/hr

Noise Level
Low

About PVC Pipe Pulverizer

PVC Pipe Pulverizer

We manufacture Plastic Pulverizer which is extensively used for processing of chemical material, crude medicines and many others. This Pulverizer is used for perfect grinding of rigid & soft PVC Pipe, LLDP, LD, HDP, PP, Plastic Scrap and others. With the help of our plastic pulverizer the user can pulverize the product upto 30 to 60 mesh. It require low maintenance, less power consumption, compact design & most economical. Standard Models are available from 5 HP to 60 HP

Efficient Grinding and Pulverization

The PVC Pipe Pulverizer is engineered for reliable and consistent grinding of PVC pipes and plastic waste, enhancing the recycling process in industrial environments. Its advanced blade system and semi-automatic operation ensure high throughput with minimal supervision, making it a valuable asset for manufacturers and recycling facilities seeking productivity gains.

Robust Construction and Performance

Built with mild steel and equipped with alloy steel blades, the pulverizer offers long-lasting performance. The 40 HP motor with a speed of 1440 RPM provides powerful pulverizing action, while low noise emission and a capacity range of 50160 kg/hr cater to demanding recycling operations. Its sturdy design ensures stability and safety during continuous use.

FAQs of PVC Pipe Pulverizer:

Q: How does the PVC Pipe Pulverizer function in an industrial recycling setup?

A: The PVC Pipe Pulverizer uses high-speed, semi-automatic mechanisms to feed, grind, and pulverize PVC pipes and plastic scrap. Its alloy steel blades efficiently break down material, forming fine particles suitable for reuse in manufacturing processes. The operation is streamlined for continuous industrial recycling with minimal manual intervention.

Q: What type of material can this pulverizer process and what are its capacity specifications?

A: This pulverizer is designed to process PVC pipes and various plastic scraps, with a recommended feeding size aligned to the specific model. It has a capacity to handle between 50 to 160 kg per hour, making it suitable for medium to large-scale industrial applications.

Q: When is it beneficial to use a semi-automatic PVC Pipe Pulverizer in your recycling operations?

A: A semi-automatic PVC Pipe Pulverizer becomes beneficial when your recycling workflow requires consistent output and efficient handling of bulk PVC pipe and plastic waste. Its semi-automatic nature reduces manual labor and increases throughput, optimizing both productivity and operational cost.

Q: Where is this PVC Pipe Pulverizer manufactured and supplied from?

A: The equipment is manufactured and supplied by an exporter, manufacturer, and service provider based in India. It is available for domestic and international industrial facilities seeking quality pulverizing solutions.

Q: What is the process for using the PVC Pipe Pulverizer safely and effectively?

A: To use the pulverizer safely, feed materials according to the recommended size for your model, ensure proper electrical setup using a three-phase power source, and monitor operations for low noise emissions. Routine maintenance of blades and motors is advised for optimal and safe performance.

Q: How does the use of alloy steel blades benefit the operation of the pulverizer?

A: Alloy steel blades offer superior hardness and durability, enabling the pulverizer to efficiently grind even tough PVC pipe materials. This reduces wear and tear, minimizes downtime, and prolongs the lifespan of the equipment, providing consistent high-quality output for recycling processes.

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