• 24 Metric Ton
• The pressure gauge is built in

• Displayed pressure value to actual applied force conversion: 1 MPa = ~ 0.55 Ton
• The actual force applied to the vessel cylinder (Ton) is equal to the force applied to your working piece
• For calculating the actual pressure (MPa) applied to your working piece, please follow the equations below:
• P = T x g x 10/ (πr^2)
• P: pressure (MPa) applied to your working piece
• T: force (metric ton) applied to the pressure vessel cylinder
• g: standard gravity. g ≈ 9.8 m/s2
• π: ~3.14
• r: radius (cm) of the pressure vessel (1.5 cm)
• *1000 Kg = 1 Metric Ton; 1 Mpa = 10 Kg/cm2 

•  24T Max.
• Max. opening: 165 mm width x 110 mm Height
•  The manual hydraulic pump is separated from the cylinder for safe operation

• 10 - 40°C

• 20 mm maximum. The bottom cylinder (piston) is shown in the illustration in the dimension section. 

• Pressing dies with various diameters are available upon request at an extra cost

• An electric pump with programmable pressure control is available upon request ( order by clicking Pic 1) to replace the MTI manual presses  of YLJ-24TS  and YLJ-40
• The press machine can be used inside a glovebox with a hydraulic oil pipe with KF40  ( Clicking Pic. 2 to order )
• 24T electric hydraulic press with a touch screen control panel is available upon request, which can calculate pressing pressure according to the Die ID automatically.  ( click Pic. 3 to order )
• 40T electric hydraulic pump with programmable controller is available ( click Pic.. 4 to order )

Pic. 1    Pic. 2Pic. 3    Pic. 4
     

• The pressing die cannot be used for pressing powder with a particle size < 30 microns. Small particles may slip into the gap between the pushing rod and steel sleeve and cause damages to the sleeve during the compression. Ball mill and sieve the powder and apply only the 32~75 microns powder to the pressing die to avoid damages. Please consider using the 3'' Dia. Sieve Set No.200&450 Mesh to separate the 32~75 micron particles from the powder clumps. Please clean the mold via ethanol after the completion of each experiment.
• Do not raise the bottom cylinder (piston) more than its maximum traveling distance. (25 mm)

• Warning: Customers must always wear protective goggles during operation !!!