Hydraulic Pellet Press with 12 mm Si3N4 Die (550 °C Max) and Temperature Control - YLJHP2H

Hydraulic Pellet Press with 12 mm Si3N4 Die (550 °C Max) and Temperature Control - YLJHP2H

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Hydraulic Pellet Press with 12 mm Si3N4 Die (550 °C Max) and Temperature Control - YLJHP2H
  • Hydraulic Pellet Press with 12 mm Si3N4 Die (550 °C Max) and Temperature Control - YLJHP2H
  • Hydraulic Pellet Press with 12 mm Si3N4 Die (550 °C Max) and Temperature Control - YLJHP2H
  • Hydraulic Pellet Press with 12 mm Si3N4 Die (550 °C Max) and Temperature Control - YLJHP2H
  • Hydraulic Pellet Press with 12 mm Si3N4 Die (550 °C Max) and Temperature Control - YLJHP2H
Hydraulic Pellet Press with 12 mm Si3N4 Die (550 °C Max) and Temperature Control - YLJHP2H

Hydraulic Pellet Press with 12 mm Si3N4 Die (550 °C Max) and Temperature Control - YLJHP2H

SKU: yljhp2h

Price: RFQ

Description

 YLJ-HP2-H is an ecnomic hydraulic press with 12mm I.D. Silicon Nitride Pellet Pressing Die, Heating jacket (550°C Max.) and Single Setpoint Temperature Controller. It is a ready-to-go product package for pressing ceramic, polymer, or ceramic-polymer composite materials. Applications include microwave dielectric materials, solid-state electrolyte, and semiconductor. The compact design of the press makes it well-suited for inside glove box operation with an inert gas environment (Argon compatible). SPECIFICATIONS: Power Heatable Die Set: AC 220V 50/60Hz, 550 W Max(for 110V, please order a 750W transformer ) Working Temperature & Load Temperature: RT - 550 ºC Max Load: 1.6 metric ton @ RT - 550 ºC (limited by Si3N4 die strength) (Hydraulic press can reach up to 10 metric tons) Convert the Force applied to the die according to the hydraulic pressure from the gauge reading. Notice: This hydraulic pressure is not equal to the actual pressure applied to the pressing rod. Gauge Displayed Pressure Value (MPa) 3 5 6 7.5 8 Force Applied on the Hydraulic Cylinder (Ton) 0.5 1 1.25 1.5 1.6 Notes: 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 (Ton) applied on the Hydraulic Cylinder g: standard gravity. g ≈ 9.8 m/s 2 π: ~3.14 r: radius (cm) of the working piece 1 metric Ton = 1000 kg Heatable Die Structure The SiN Heatable Die Set HC-SiN includes: Pressing die sleeve: 30mm O.D. x 12mm I.D. x 40mm H Upper Pushing Rod: 12mm Dia. x 40mm H Lower Rod: 12mm Dia. x 10mm H A set of 12mm I.D. Silicon Nitride Pellet Pressing Die - Die-12-SiN Mold Release Rod Mold Release Sleeve Upper and Lower Supporting Plate Heat Insulation Plate with mica Heating Jacket: 65mm O.D. x 40mm H Copper Adapter: 39mm O.D. x 30mm I.D. x 40mm H Single Point Temperature Controller Pressing Control Economic Hydraulic Lab Press with Safety Cover - YLJ-5-H A dial gauge 0 - 100 MPa for hydraulic pressure indication 320 mm (L) x 400 mm (D) x 290mm (H) Die holding plate width: 125 mm Max die height: 135 mm Temperature Control Single Point PID temperature controller with a built-in type-K thermocouple. Temperature Accuracy: +/- 2°C The temperature control upgrade is NOT available for this equipment. Please purchase YLJ-HP2. Glovebox Feasibility This entire product can be operated inside an Argon Glovebox. If a feedthrough is needed, please contact MTI for specific solutions.

Power
Working Temperature & Load
  • Temperature: RT - 550 ºC
  • Max Load:  1.6 metric ton @ RT - 550 ºC (limited by Si3N4 die strength)
  • (Hydraulic press can reach up to 10 metric tons)
  • Convert the Force applied to the die according to the hydraulic pressure from the gauge reading.
  • Notice: This hydraulic pressure is not equal to the actual pressure applied to the pressing rod.
Gauge Displayed Pressure Value (MPa) 3 5 6 7.5 8
Force Applied on the Hydraulic Cylinder (Ton) 0.5 1 1.25 1.5 1.6
Notes: 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 (Ton) applied on the Hydraulic Cylinder 
  • g: standard gravity. g ≈ 9.8 m/s2
  • π: ~3.14
  • r: radius (cm) of the working piece
  • 1 metric Ton = 1000 kg
Heatable Die Structure
  • The SiN Heatable Die Set HC-SiN includes:
    • Pressing die sleeve: 30mm O.D. x 12mm I.D. x 40mm H
    • Upper Pushing Rod: 12mm Dia. x 40mm H
    • Lower Rod: 12mm Dia. x 10mm H
    • A set of 12mm I.D. Silicon Nitride Pellet Pressing Die - Die-12-SiN
    • Mold Release Rod
    • Mold Release Sleeve
    • Upper and Lower Supporting Plate
    • Heat Insulation Plate with mica
    • Heating Jacket: 65mm O.D. x 40mm H
    • Copper Adapter: 39mm O.D. x 30mm I.D. x 40mm H
    • Single Point Temperature Controller
 Pressing Control
  
  • Economic Hydraulic Lab Press with Safety Cover - YLJ-5-H
  • A dial gauge 0 - 100 MPa for hydraulic pressure indication
  • 320 mm (L) x 400 mm (D) x 290mm (H)
  • Die holding plate width: 125 mm
  • Max die height: 135 mm
Temperature Control
  • Single Point PID temperature controller with a built-in type-K thermocouple.
  • Temperature Accuracy: +/- 2°C
  • The temperature control upgrade is NOT available for this equipment. Please purchase YLJ-HP2.
Glovebox Feasibility
  • This entire product can be operated inside an Argon Glovebox.
  • If a feedthrough is needed, please contact MTI for specific solutions.
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Gauge Displayed Pressure Value (MPa) 3 5 6 7.5 8
Force Applied on the Hydraulic Cylinder (Ton) 0.5 1 1.25 1.5 1.6