Max. 550C Heating Jacket and Temperature Controller with 12mm ID Si3N4 Pressing Die - EQ-HC-SiN-12

EQ-HC-SiN is designed for heating 12mm I.D. Silicon Nitride Pellet Pressing Die with Heating jacket (550°C Max.) and Temperature Controller. Programmable Temperature Controller is standard from 03/09/2021.

SPECIFICATIONS: 

Model	HC12SiN	HC20SiN
Structure	The 12mm SiN Heatable Die Set includes: A set of 12mm Silicon Nitride Pellet Pressing Die - Die-SiN 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 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 Set Point Temperature Controller - MTC1000	The 20mm SiN Heatable Die Set includes: A set of 20mm Silicon Nitride Pellet Pressing Die - Die-SiN Pressing Die Sleeve: 40mm O.D. x 20mm I.D. x 40mm H Upper Pushing Rod: 20mm Dia. x 40mm H Lower Rod: 20mm Dia. x 10mm H Mold Release Rod Mold Release Sleeve Upper and Lower Supporting Plate Heat Insulation Plate with mica Heating Jacket Single Set Point Temperature Controller - MTC1000
Voltage	AC 220V 50/60Hz (for 110V, please order a 750W transformer)
Power	550W
Working Temperature   and Pressure	Temperature: RT - 500 ºC       (Higher temperature available upon request at extra cost) Pressure:       100 MPa    ( 1.1 metric ton )
Temp. control method	Programmable PID temperature controller with a type-K thermocouple. Temperature Accuracy: +/- 2°C
Instruction Video
Application Note	Please always wear protective goggles during the operation !!! The heating and cooling temperature rate should be below 5 °C/min The volume of feeding material should be below 1/3 total volume of Si3N4 sleeve. Over-feeding material may cause damage to the sleeve at high temperatures. Suggest using the 3'' Dia. Sieve Set No.200&450 Mesh to separate the 32~75 microns particles for pressing (Pic.1) Please clean the mold via ethanol after the completion of each experiment. We strongly recommend using professional laboratory hydraulic pressers that ensure the most even pressing interface and uniform pressure force as below ( Pic. 2 or 3 ) The pressing die is very brittle. No warranty is provided on the pressing die for any damage. Pic.1    Pic. 2           Pic. 3