Common fluoroplastic characteristics and applications
| Variety | Features | Applications |
| PTFE | Difficult to form, but good overall performance | It accounts for about 70% of the total output of fluoroplastics and is used in many fields such as chemical industry, machinery, electrical appliances, construction, electronics, automobiles, etc. |
| PFA | Commonly known as fusible PTFE, various properties are the crown of fluoroplastics | Widely used in the semiconductor industry, medical treatment, chemical corrosion protection, automotive, and other fields. |
| FEP | The heat resistance is 60℃ lower than PFA, the stress cracking resistance is slightly worse, but the anti-sticking and radiation resistance are excellent | Communication cables, wires, semiconductors, chemical corrosion protection, medical materials, automobiles, industrial coatings, and other fields. |
| ETFE | Good processing formability, balanced physical properties, good toughness, and excellent radiation resistance | Industrial wires and cables, nuclear reactor cables, wires and parts for vehicles, industrial coatings, etc. |
| PCTFE | High hardness, low-temperature resistance, excellent dimensional stability | Low-sealing, electrical, anti-corrosion, anti-radiation components |
| PVDF | Good gas barrier, special piezoelectricity, pyroelectricity | Building anti-corrosion, weather-resistant coatings, chemical anti-corrosion, piezoelectric materials, fishing lines, etc. |
| PVF | Good weather resistance, good radiation resistance | Construction film, etc. |
Post time: Jun-11-2020