How to accurately match ultrafine crushers for your production line?

For overseas procurement managers and process engineers, introducing a large industrial crushing equipment is not only about looking at "power" and "quotation", but also requires comprehensive evaluation from multiple dimensions such as material abrasion, hygiene compliance, cleaning and maintenance cycles. As a long-term equipment manufacturing enterprise serving the global market, Xingshengwei Machinery has summarized the following four key selection rules to help enterprises avoid procurement risks.

Four step selection rule

[Evaluation of Physical Characteristics of Materials] ➔

  [Pollution Prevention and Material Selection] ➔

  [Design of Blind Spots and CIP Cleaning] ➔

  [Compatibility with Automation Systems]➔

Step 1: Evaluate the hardness and abrasiveness of the material

The Mohs hardness of materials is directly related to the service life of equipment tools and liners. If ordinary stainless steel is used to crush high hardness minerals or composite materials, metal wear and drop can cause serious material pollution.

Xingshengwei Machinery Solution: Based on the characteristics of different materials, our ultrafine crusher can provide customized material defense lines such as alumina/zirconia ceramic lining, tungsten carbide superhard spraying, and high chromium wear-resistant alloy to prevent metal impurities from overflowing from the source and extend the service life of core consumables by several times.

Step 2: Confirm industry hygiene standards

In the pharmaceutical and food processing industries, preventing cross contamination is the top priority.

Blind angle control: The processing chamber of Xingshengwei Machinery's ultrafine grinder adopts a no blind angle arc design, and the inner walls are all treated with high-precision mirror polishing.
Dismantling efficiency: Adopting a quick opening door lock structure and pneumatic/hydraulic assisted opening device, the chamber can be quickly opened without special tools, reducing manual cleaning or online cleaning (CIP) downtime by more than 60%.

Step 3: Compare the stability of system integration

Although the performance of a single machine is important, the crushing system is often composed of a feeder, a main engine, a cyclone separator, a dust collector, and a fan.

Xingshengwei Machinery provides global customers with a complete one-stop engineering solution from quantitative feeding of raw materials, closed negative pressure conveying to automatic weighing and packaging.
The equipment adopts fully enclosed negative pressure operation, completely solving the problem of dust flying in the workshop and creating a healthy and dust-free working environment for operators.

Step 4: Consider the intelligent integration capability of PLC

Modern factories are generally moving towards digital management. The new ultrafine crusher of Xingshengwei Machinery integrates a PLC intelligent control system and supports one click parameter setting on a touch screen (HMI).

Real time monitoring: The system can dynamically monitor the temperature of the spindle bearings, operating current, chamber pressure, and air volume for 24 hours.