See for example from attached link:  "Superamphiphobicity is an effect where surface roughness and surface chemistry combine to generate surfaces which are both superhydrophobic and superoleophobic, i.e., contact angles (θCA) greater than 150° along with low contact angle hysteresis (CAH) not only towards probing water but also for low-surface-tension ‘oils’."

A superamphiphilic surface is just the reverse: both contact angles with water and oil ≈ 0°) 

Article Superamphiphobic surfaces

Dear Dr. Jean-Christophe Gabriel 

Thanks for your answer, but I think amphiphilic surface is a surface with both hydrophilic and hydrophobic characterization, So Is it true that we say"Superamphiphilic surface has both of superhydrophilic and superhydrophobic properties"(Does it have both contact angles, 0 and >150)?

Thanks again.

Dear Dr. Razavi,

Amphiphilic, is something that like ("phile" root) two differents things (amphi). A molecule amphiphile may likes both water and oil although it has one part hydrophile and another hydrophobe. Superhydrophobic is not a synonyme to superoleophilic, But in terms of properties the definition is very clear: both contact angles with water and oil ≈ 0° . I am not sure what more can be said.

When you put a liquid droplet on a solid-surface, the extent to which the droplet maintains its spherical shape speaks of the level of its repellence by that particular solid-surface. Contact angle of that liquid on that solid surface kind of gives you the measurement of that level of spherical shape the liquid has maintained. A particular solid-surface is highly repellent to a particular liquid tells you that the liquid maintains highly spherical shape on that surface. Perfect spherical shape means the liquid will sit on the solid surface like a rubber ball, so that a slight inclination of the solid surface rolls the drop off the surface- Contact Angle 180 Degrees. This very high contact angle is useful in a number of applications and in real case getting a perfect spherical shape (contact angle 180 Degree) is very difficult. A slightly lower contact angle (Contact angle >150 Degree and Contact Angle hysteresis150 Degree and Contact Angle hysteresis