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1200℃ Dual-tube Furnace With Double PEVCD System
Model Number:
TMAX-1200DTFDPSCompliance:
CE certificateWarranty:
Two Year Limited Warranty With Lifetime SupportPayment:
T/T, Credit Card, Paypal, LC, Western UnionDelivery Time:
3 Days
Wechat:13506084915
1200℃ Dual-tube Furnace With Double PEVCD System
A.Overview
The dual-tube furnace with double PECVD system consists of a dual-tube furnace, a quartz vacuum chamber, a radio frequency power supply, a GX gas supply system, a gas extraction system, and a vacuum measurement system.
main feature:
1. The gas in the quartz vacuum chamber is changed to ion state by radio frequency power supply.
2. PECVD requires a lower temperature than ordinary CVD for chemical vapor deposition.
3. The stress of the deposited film can be controlled by the frequency of the RF power supply.
4. PECVD has higher chemical vapor deposition rate, better uniformity, consistency and stability than ordinary CVD.
5. Widely used in the growth of various thin films, such as SiOx, SiNx, SiOxNy and amorphous silicon (a-Si:H).
This TL1200-1200 dual-temperature zone dual-tube PECVD system uses resistance wire as the heating element, adopts a double-layer shell structure and 30-segment temperature control instrument, phase-shifting trigger, thyristor control, and the furnace adopts Japanese molding technology. Crystal fiber material. Both ends of the furnace tube can be sealed with stainless steel flanges. Gas nozzles, valves and pressure gauges are installed on the stainless steel flanges. The vacuum degree can reach 10-3 Pa when vacuuming. It has a balanced temperature field, low surface temperature, and lift The advantages of fast temperature rate, energy saving, preferential price and so on. The double-tube tube furnace is different from the ordinary tube furnace in that it is composed of double tubes with a substrate coated on the inner tube to form a ring shape, which can greatly increase the CVD growth area.
B.Specification
Type |
TL1200-1200-PECVD-I |
TL1200-1200-PECVD-II |
Power |
3.6KW |
3.6KW |
Outer tube size (OD, mm) |
Dia 80(OD) X1200mm |
Dia 100(OD) X1200mm |
Inner ube size (OD, mm) |
Dia 60(OD) X1400mm |
Dia 80(OD) X1400mm |
Dimension(L*D*H) |
1800X500X1200 |
1800X550X1200 |
Supply voltage |
220V |
|
Phase |
Single phase |
|
Heating element |
Domestic high-quality resistance wire (optional Sweden Kanthal A1 imported resistance wire) |
|
Temperature control
|
UAV program temperature control instrument (standard) 1.30 - stage program temperature control intelligent PID adjustment. 2.With over-temperature protection, the electric furnace heating circuit is automatically cut off when the temperature is over-temperature or broken, (when the electric furnace temperature exceeds 1200 degrees or the thermocouple is blown, the AC relay on the main circuit will be automatically disconnected, the main circuit is broken. On, the ON light on the panel is off, the OFF light is on, and the limited protection electric furnace). 3. With 485 communication interface (standard when purchasing software) 4. With power-off protection function, that is, when the power is turned on after the power is turned off, the program does not start from the starting temperature, but the furnace temperature rises from the time of power failure. 5. The meter has the function of temperature self-tuning
If you want to get an imported temperature controller, you may have the following choices for replacement with extra fees.
|
|
Temperature control mode |
Intelligent PID |
|
Burnout protection and display |
Yes |
|
Over temperature protection |
Yes |
|
Overcurrent protection |
Yes |
|
Control accuracy |
+/- 1 ℃ |
|
Trigger |
Phase-shifted trigger |
|
Electric appliance |
Zhejiang chint |
|
Silicon controlled |
106/16E SEMIKRON |
|
Maximum temperature |
The first temperature zone:1200℃ The second temperature zone:1200℃ |
|
Rated temperature |
The first temperature zone:1100℃ The second temperature zone:1100℃ |
|
Heating rate |
≤20 ℃/ Min (it can be modified as required) |
|
Recommended rate of temperature rise |
≤10 ℃/ Min |
|
Thermocouple Type |
K Type |
|
Heating length |
205mm |
|
Temperature field curve |
|
|
Peripheral surface temperature |
≤45℃ |
|
Valve and Flange |
|
RF power supply
(Plasma generator)
Power output range |
0-500W |
Maximum reflected power |
200W |
Working frequency |
Radio frequency: 13.56MHZ±0.005% |
Power stability |
+/-0.1% |
Harmonic component |
≤-50dbc |
RF area width |
0-600mm adjustable |
Matching method |
auto |
Cooling method |
Separate cooling |
Noise |
<50dB |
RF interface |
50Ω N-type |
Input power |
208-240V 50/60HZ |
GX gas supply system
Mass flowmeter
|
Range and gas |
5, 10, 20, 30, 50, 100, 200, 300, 500SCCM, 1, 2, 3, 5, 10SLM (you can arbitrarily select the above range and the type of gas) |
Withstand voltage |
3MP |
|
Flow control accuracy |
±1.0%F.S |
|
Maximum working (use) pressure |
0.3MPa |
|
Linear |
±0.5%F.S |
|
Repeatability |
±0.2% F.S |
|
Ways |
1, 2, 3, 4, 5, 6, 7, 8 channels (you can choose several channels) |
|
Connector type |
Double ferrule stainless steel joint |
|
System working pressure range |
0.1-0.5 MPa |
|
Working temperature |
5-45℃ |
|
Pressure vacuum gauge |
-0.1-0.15 MPa 0.01MPa/div |
|
Static mixing chamber |
Dia50*400MM |
|
Connector |
Dia6 / 1/4” |
VS-0.1 air extraction system(Option 1 or 2)
Power supply |
220V |
|
Dimension |
650X650X600 / 650X650X300 |
|
Bellows |
KF25X1000mm |
|
The vacuum degree of the furnace tube can be reached with this system |
10 -1Pa |
|
Vacuum flapper valve |
KF25 |
|
VRD-8 vacuum pump (Option 1)
|
Model |
VRD-8 |
Ultimate partial pressure |
5X10-2 Pa |
|
Inlet and exhaust interface |
KF25 |
|
Motor speed |
1440RPM |
|
Pumping rate |
2.2L/S |
|
Motor Power |
0.4KW |
|
Preiffer ACP15 oil-free multi-stage Roots pump (Option 2)
|
Model |
ACP15 |
Power supply |
AC100-240 50/60HZ |
|
Power |
450W |
|
Weight |
25KG |
|
Maximum helium leak rate |
5 · 10-8 Pa m3/s |
|
Pumping rate |
14 m3/h |
|
Ultimate pressure |
0.02Torr |
|
Inlet and exhaust interface |
KF25 |
|
Resistance vacuum gauge (Option 1)
|
Model |
ZDR-1 |
Power |
25W |
|
Vacuum measurement range |
0.1-10 5 Pa |
|
Resistance silicon |
ZJ-52T |
|
Sweden (INFICON) Pirani ceramic capacitor vacuum gauge (Option 2)
|
Model |
PCG554 |
Input voltage |
24V 1A DC (with 220V transformer) |
|
Vacuum gauge interface |
KF16 |
|
Digital Display |
Digital display (screen size is 20x14mm), and its data display unit is torr |
|
Dimension |
46mm×28mm×126mm ( L x W x H) |
|
Weight |
5 lbs |
|
Detection gas |
It can detect various gases, including mixed gases, with accurate measurement and good repeatability. |
|
Whether it is anticorrosive |
Antiseptic |
|
Response time |
≤30ms |
|
Measuring range |
3.8x10-5 -1125 Torr. |
Molecular pump unit (optional 1or2)
Unit input voltage |
380V /220V |
|
Bellows |
KF40X1000 |
|
Vacuum flapper valve |
KF40 |
|
Dimension |
600X600X600 |
|
Molecular pump (Option 1)
|
Model |
FJ620 |
Input voltage |
380V |
|
Molecular pump inlet flange |
DN160 |
|
Molecular pump pumping rate L/S (to air) |
600 |
|
Ultimate pressure of molecular pump (Pa) |
6×10-7 |
|
Cooling method |
Water cooling |
|
Cooling water pressure (MPa) |
0.1-0.2 |
|
Cooling water temperature |
<25℃ |
|
Ambient temperature |
0~40℃ |
|
Recommended starting pressure |
<100pa |
|
Molecular pump front vacuum TRP-24(FJ620 molecular pump must be equipped with previous stage pump) (Option 2)
|
Power |
0.75KW |
Voltage |
380V |
|
Rotating speed |
1450rpm |
|
Inlet diameter |
KF25/KF40 |
|
Front machine pump suction rate (L/S) |
6 |
|
Ultimate pressure |
4X10 -2Pa |
|
German Pfeiffer vacuum pump (Option 2)
|
Voltage |
220V |
Power |
110W |
|
Suction port |
KF40 |
|
Weight |
150KG |
|
Front pump pumping speed |
0.9m 3/ h |
|
Pumping rate (N2) |
33L/S |
|
Compound vacuum gauge
|
Model |
ZDF |
Power supply |
220V 55W |
|
Control precision |
± 1% |
|
Vacuum gauge measuring range |
10-5 - 10 5 Pa |