500 MPa Max. Manual Cold Isostatic Press (CIP) with 30 mm ID Vessel - YLJ-CIP-500M

YLJ-CIP-500M is a manual cold isostatic pressing (CIP) device operated via a manual hydraulic pump up to 500 Mpa. Two sets of the CIP vessel and press are available to choose from: 30 mm vessel with 40T press and 50 mm vessel with 40T. It is an excellent tool for material research to prepare high-density compounds and ceramics, compared to dry die pressing.

SPECIFICATIONS

Hydraulic Cylinder Pressure	0 - 40T for 30 mm ID vessel (38T for continuous use)
Bottom Cylinder (Piston) Traveling Distance	30 mm Maximum
CIP Vessel Size	Selectable chamber size at Inside: 30 mm (I.D.) x 110 mm (H) Overall: Φ100 × 315 H (mm)
Vessel Pressure	0 - 500 MPa For calculating the actual pressure (MPa) applied to your working piece, please follow the equations below: P = T x g x 10 / (π x r^2 ) P: Actual pressure (Mpa) on the working piece T: Actual force (metric ton) applied on the pressure vessel cylinder g: gravitational acceleration of earth g ≈ 9.8 m/s2 π: ~3.14 r: Radius (cm) of the Pressure Vessel (1.5 or 2.5 cm)
Hydraulic Press	Manual operation hydraulic press with pressure gauge and valve Max. pressure 65 MPa Optional: You may upgrade the manual pump to an automatic electric pump at the extra cost ( Click Pic below to see specs )
Compliance	CE Certified No NRTL certification is required due to no electricity
Application Notes	You may use the liquid rubber to seal the sample to be CIP ( click Pic below to order ). Check this link to understand liquid rubber for sample preparation. ( Pic. 1) Also, you may use a chamber vacuum sealer to seal the sample before CIP ( Pic. 2) In order to get a high density of the sample, you shall press pre-pressing a pellet, then CIP ( Pic. 3) Pic. 1  Pic. 2 Pic. 3
Warning	The Max. pressure the mold can handle is 85T, please do NOT exceed it Never let the press holding the target pressure for more than 1 hour It's normal that the target pressure decreases a little bit during the pressure holding time Pressure must be completely released first, then make sure the handwheel and the pressure release valve has been tightened before pressing Do not raise the bottom cylinder (piston) more than it's maximum traveling distance (30mm)