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

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

SKU: ylj-cip-500m

Price: RFQ

Specifications

 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.

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)

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