15T Compact Hydraulic Pellet Press for use in Glove-box - YLJ-15L

For calculating the actual pressure applied on your working piece, please follow the equation below:
F = P_(Gauge Displayed Pressure Value (GDPV)) × S_(Cross-section area of the inside piston)
Since 1 Bar = 1.0197 kg/(cm)^2, Diameter of piston is 7cm
Assume Gauge Displayed Pressure Value is 100
F = 101.97 × π × (D/2)^2 = 3922.78 kg Force ≈ 3.9 Ton force
Therefore, From pressure gauge value to actual force is 26.31
Assume the Diameter of your Die is 4 cm, and Gauge Displayed Pressure Value is also 100 Bar
Then, the actual pressure on your working piece is:
P_(actual on the working piece) = F/S_(Cross-section area of the working piece)
P_(actual on working piece) = (3.9 Ton)/(12.56 (cm)^2 ) = 310 Bar
In general: P_(actual on the working piece ) = (P_( GDPV)/26.31) / (π*r_(Crosection area of the working piece)^2)