Vertical Dehydrator

Analysis of Vertical Dehydrator Product Features

This vertical dehydrator is specially designed for plastic processing scenarios. Leveraging its core advantages of high rotation speed and durable structure, it can meet the efficient dehydration needs of various types of plastics, and is particularly suitable for places with high processing standards. The following is a detailed explanation from three major dimensions: core performance, structural design, and application scenarios.

Core Performance: High Rotation Speed Drives Efficient Dehydration

Ultra-high rotation speed

As a core dynamic feature, ultra-high rotation speed directly improves dehydration efficiency. It can quickly separate the moisture attached to the plastic surface, significantly shortening the processing cycle. Compared with dehydrators with ordinary rotation speed, it can reduce the dehydration time by 30%-50% (the specific value needs to be determined based on the actual moisture content of the materials).

Dual advantages of high efficiency and wear resistance

Under high-speed operation, the equipment not only has outstanding dehydration efficiency but also excellent wear resistance. It can stably process plastics of different materials such as PP, PE, and PVC (including crushed plastic scraps, recycled plastic particles, etc.), avoiding excessive wear of equipment components caused by material friction and prolonging the service life of the whole machine.

Structural Design: Stainless Steel Material + Precision Technology Ensure Durability

Stainless steel full-screen structure:

The screen is made of full stainless steel. On one hand, it has strong corrosion resistance, which can resist the weak acid and alkali solutions that may be encountered during plastic cleaning, preventing the screen from rusting and affecting the dehydration effect. On the other hand, the full-screen design enables all-round water permeability. During dehydration, water can quickly drain through the screen, reducing moisture residue. At the same time, it is convenient for subsequent cleaning and maintenance, and reduces the risk of material pollution.

Precision-machined core components

The main shaft is processed with precision to ensure stability during operation, reducing equipment vibration caused by main shaft deviation, lowering noise, and avoiding additional friction and wear between components.

The blades are made of high-wear-resistant materials. Facing long-term friction of plastic materials, they are not prone to wear and deformation, ensuring the stable progress of the integrated process of "friction - cleaning - dehydration". There is no need for frequent blade replacement, which reduces maintenance costs.

High-load heat-resistant bearings

The bearings adopt a high-load design, which can withstand the large pressure generated when the equipment operates at high speed. At the same time, they have good heat dissipation performance and are not prone to overheating due to long-term operation. This feature not only prevents the bearings from being damaged by high temperature but also reduces the frequency of shutdown maintenance caused by bearing overheating, improving the continuous operation capacity of the equipment.

Application Scenarios: Efficient Processing + Adaptation to High Requirements

Wide processing range

It can perform the integrated "efficient friction - cleaning - dehydration" treatment on various types of plastics (such as crushed plastic bottle materials, recycled plastic film materials, plastic particles, etc.). While cleaning and removing impurities on the material surface, it completes dehydration, realizing "one machine for multiple uses" and simplifying the plastic recycling and processing process.

Adaptation to high-demand places

It is especially suitable for places with high requirements on plastic moisture content and cleanliness, such as plastic granulation plants (incomplete dehydration will affect the granulation quality), plastic recycling and processing enterprises (needing to ensure the cleanliness of recycled plastics to meet the reuse standards), and the material pretreatment link before the production of high-precision plastic products.