Salve! Welcome to the EMAR company website!
Focused on CNC machining parts, metal stamping parts, and sheet metal processing and manufacturing for over 16 years
Germany and Japan's high-precision production and testing equipment ensure that the precision of metal parts reaches 0.003 tolerance and high quality
mailbox:
POM precision machining manufacturers must know the definition and advantages of POM material
Posicio tua: home > news > dynamics industriae > POM precision machining manufacturers must know the definition and advantages of POM material

POM precision machining manufacturers must know the definition and advantages of POM material

Release time:2024-11-17     Number of views :


Due to different industries, many fields require the use of POM material for component production. Therefore, machining manufacturers often see POM precision machined component products. Before processing, we need to understand the advantages of this material. EMAR Precision Technology is committed to the precision machining of POM component products and has summarized a large amount of information. The main advantages of POM material are as follows:

1. High mechanical strength and rigidity;

2. Excellent environmental resistance and resistance to organic solvents;

3. Fortitudo maxima fatigae;

4. Strong resistance to repeated impacts;

5. Bona proprietates electricae;

6. Temperatura amplius est pro uso (-40 °C~120 °C);

7. Bona resilientia;

8. Excellent dimensional stability;

9. Bene semet ipsum lubricationem habet et resistentiam gerit.

Totum procesum eius: polyoxymethylene thermoplastic crystalline polymer. "super steel" aut "Sai steel" vocatur, etiam polyoxymethylene. abbreviatione Anglica POM est. Polymerus formaldehyde polymerization is accepit normale low degree polymerizationis et thermal depolymerizationis pronus est. Utrum quasi materia raw chemicalis organicalis, resinis synteticalis, et etiam medico fumiganti potest.

POM precision machining manufacturers must know the definition and advantages of POM material(pic1)