The Antarctic INPSCS

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The Antarctic INPSCS

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Details

The most important thing in THE ANTARCTIC INPSCS grinding at extreme low temperatures is minimizing the consumption of liquid nitrogen (LN2) and lowering the running cost by finding the ideal grinding temperature that allows efficient grinding. Plastic materials have a glass transition point where the material becomes vitrified under a certain temperature. While grinding a vitrified material is much easier.

The glass transition point range is extremely wide for any material. The only way to find the material ideal grinding temperature is through numerous testing and collecting large amounts of data. This means that if the temperature changes, it is equivalent as grinding a completely different raw material.

·        Direct and indirect cooling method.

    ·        High quality insulation

·        Reduce cryogenic fluid consumption, making the system more energy efficient and cost effective.

·        Automation & Control

·        Modular Design 


Model Name

INPSCS – 10

INPSCS – 20

INPSCS – 30

INPSCS – 40

INPSCS – 50

INPSCS – 60

Applications

Size Reduction

Field of Application

Plastic Industry

Feed Material

Hard, Medium-hard, Soft, Brittle, Elastic, Fibrous

Size Reduction Principle

Impact, Friction

Material Feed Size

8 to 10 mm

No. of Grinding Station

1

Cryogenic Grinding

Yes

Types of Grinding Jars

Screw Top Design

Material of Grinding Tools

Stainless Steel, Hardened Steel, Zirconium Oxide, PTEF

VIDEO

Industries
  • Plastic Industry
  • Rubber Industry
Treatment
  • Pulverizing
Material Properties
  • Oily
  • Non-Oily
Fineness
  • 20-400 mesh
Capacity
  • 10-600 kg/hr
Production Methods
  • Turnkey

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