Customized Oil Resistant Rubber Ball For Sealing Fkm Nitrile Material Rubber Products All Colors
Product Description
Rubber Products : It is widely used in industry , agriculture , national defense , transportation , transportation , machinery manufacturing , medicine and health fields and daily life , such as tires used in transportation ; transportation belts , transmission belts , various sealing rings for industrial use ; medical gloves and blood vessels ; rubber shoes , raincoats , warm water bags used in daily life are all made of rubber as the main raw material . Aircraft , cannons , tanks used in national defense, and even rockets , artificial satellites , spacecraft , spacecraft , space shuttles , etc. used in the field of cutting - edge science and technology , require a large number of rubber parts .
Products Materials
| Material | FPM / FKM(Fluoro Carbon Rubber) |
| Advantage | 1.Excellent High Temperature Resistance
2.Excellent Abrasion-Resistance
3.Excellent Oil Resistance
4.Excellent Weathering Resistance
5.Excellent Ozone Resistance
6.Good Water Resistance |
| Disadvantage | 1.Poor Low Temperature Resistance |
| Temperature | -20℃~260℃ |
| Application | Widely used in automotive, aerospace, chemical plant sealing parts |
FKM advantage:
1 . Excellent stability :FKM has a high degree of chemical stability and is the best medium resistance of all elastomers
2 . high - temperature resistance :The high temperature resistance of fluorine rubber and silicone rubber , can be said to be the best elastomer .
3 . ageing resistance :Fluorine rubber has excellent weathering resistance and ozone resistance.
4 . Excellent vacuum performance.
5 . Excellent physical and mechanical properties
6 . The solubility of the gas is relatively large, but the diffusion speed is relatively small, so the overall performance of the air permeability is also small.
FKM has the characteristics of high temperature resistance, oil resistance, high vacuum resistance, acid and alkali resistance, and a variety of chemical drugs. It has been applied to modern aviation, missile, rocket, space navigation, naval ships, atomic energy and other cutting-edge technologies and automotive, shipbuilding, chemical, petroleum, telecommunications, instruments, machinery and other industrial fields.
