Compact CIP with 22mm ID Vessel Max. 380 Mpa for use in Glovebox - YLJ-CIP-15

YLJ-CIP-15 is the smallest cold isostatic pressing (CIP) in the world. It has a 22mm ID hydraulic chamber made by ultra-strength alloy, which can provide isostatic pressure up to 400 Mpa via a 15T hydraulic press. It is an excellent tool to prepare high-density compound pellets and a small-diameter rod. CIP-15 has a small footprint and can be placed in a glove box to prepare air-sensitive materials. A plastic protection cover is included. The machine also can be used as a pellet press.

Pressure Vessel	22mm ID. x 90mm Height max available sample height 70mm Made of high-strength alloy with stainless steel protective jacket The spare die is available for existing customer        Click to learn: What is Cold Isostatic Pressing (CIP)?
Max. Hydraulic Pressure in Chamber	300 MPa -- continuous holding 380 MPa --- less than 5 minute
Gauge Pressure Value to Force Conversion Optional digital meter with alarm	Gauge Displayed Pressure Value (Bar) for 87 mm Dia. Hydraulic Press 100 200 300 387 Optional Digital Gauge Displayed Pressure Value (Mpa) for 87 mm Dia. Hydraulic Press 10 20 30 38.7 Actual Force Applied on the Hydraulic Press (Ton) 3.8 7.6 11.5  14.7  Pressure Applied to CIP Vessel ( Mpa) vs 22mm vessel cylinder 98 196 296 380 Notes:  The actual force applied to the Vessel Cylinder (Ton) equal to the force applied to your working piece Digital pressure Gauge ( 60Mpa ) with Alarm is available upon request ( Click picture to see specs & cost) For calculating the actual pressure applied to 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 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 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 )
Hydraulic Machine	15T Max.
Botton Cylinder Traveling Distance	20mm maximum, the bottom cylinder (piston) in the cross-section illustration in the dimension sectionbelow
Operation Temperature	10 - 40°C
Compliance	CE Certified
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	Never let the press hold the target pressure be longer than 8 minutes, It's normal that the target pressure decreases a little bit during the pressure holding time, so never press the red or green buttons in this period. 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. (20mm)