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How to prevent fire in machining titanium alloy

 People in the medical industry may be familiar with the properties of titanium alloys, but titanium alloy materials are also useful in other industries such as military industry.

 In addition to choosing the right cutting oil, it is also necessary to install an oil mist collector. We are a machine processing manufacturer with customers from all walks of life. Titanium alloy materials are more sticky and easy to slag. 

Generally, customers are recommended to install high-pressure oil pumps and oil mist collectors, but some bosses think of these auxiliary devices in order to save money. It is not important, the security awareness of the Chinese people is still relatively weak. I hope that every scheming operator will usually spread safety knowledge to the people around him, so that everyone can work together to improve the processing environment.

How to prevent fire in machining titanium alloy?

Response and preventive measures:

After discussing with many masters in the walking machine industry, here are a few precautions and preparatory measures to prevent fires for your reference:

  • 1. Clean up the residue frequently;
  • 2. It is necessary to ensure that the flow of cutting fluid is large enough to spray accurately on the tip of the tool. Once sparks emerge, it is difficult to control;
  • 3. The machine is equipped with a foam fire extinguisher (the dry dust does not work).
  • 4. Store fine sand and water near the machine tool.

What are the characteristics of the process design of the CNC walking machine?

This type of core machine is standardly equipped with power milling cutters, external circular cutters and end circular cutters. During the feeding process, it can complete multiple processing of accessories, including turning external circles, turning cones, turning ellipses, etc. These parts can be rotated at any angle, so as to obtain a variety of different contents and processes. The secondary milling and drilling operations are eliminated, which can improve the accuracy and processing efficiency. For the manual processing that exists in the secondary It saves on equipment and processing, and cancels the restriction of the process in the traditional lathe.

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