ZHENGZHOU HENGTONG FURNACE CO,. LTD
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1200 ºC Max. Top Seeded Solution Growth (TSSG) Furnace
1200 ºC Max. Top Seeded Solution Growth (TSSG) Furnace
  • 1200 ºC Max. Top Seeded Solution Growth (TSSG) Furnace
  • 1200 ºC Max. Top Seeded Solution Growth (TSSG) Furnace
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Top-Seeded Solution Growth (TSSG) method is a promising technique for producing high-quality SiC single crystals. In the TSSG method of SiC, solid Si is heated and melted in the graphite crucible by the induction-heating coils. The needed carbon dissolves from the crucible into the Si melt, then forms a dilute Si-C solution (melt).

 

Specifications:

Furnace construction

Double shell steel casing with a cooling fan to keep a low surface temperature

High-purity alumina fiber insulation and liner for max. energy saving

Inside Chamber Size of furnace

9.5" Diameter x 8.6 " high (9 Liter) 

The furnace is slidable on the frame for easy sample loading and unloading

Quartz window is available upon request 

Working Temperature

Max. Working Temperature: 1250ºC (< 30 minute)

Standard  Working Temperature: 1150ºC (continuous)

Control Panel

PLC touch screen control panel for controlling temperature, pulling speed, rapid downward speed and rotation speed of pulling rod

Temp. Controller: 8 steps programmable and auto PID control with +/- 0.1ºC accuracy (Eurotherm 3000  inside)

Heating Rate 0~10ºC / min (suggestion at =< 5ºC)

Pulling Speed: 0.5-50mm/h adjustable

Downward speed: 50 mm/minute fixed

The rotation speed of the pulling rod: 0.1-23 RPM adjustable 

Pulling Range

250 mm Max. 

Power 

AC 220V  Single Phase

4.0 KW

Power Cable & Plug

10 feet long 10-3 AWG heavy-duty UL-approved power cable is included.

The plug is not included.

Warranty

One-year limited warranty (Consumable parts such as processing tubes, o-rings, and heating elements are not covered by the warranty.)

 


Top-Seeded Solution Growth (TSSG) method is a promising technique for producing high-quality SiC single crystals. In the TSSG method of SiC, solid Si is heated and melted in the graphite crucible by the induction-heating coils. The needed carbon dissolves from the crucible into the Si melt, then forms a dilute Si-C solution (melt).

 

Specifications:

Furnace construction

Double shell steel casing with a cooling fan to keep a low surface temperature

High-purity alumina fiber insulation and liner for max. energy saving

Inside Chamber Size of furnace

9.5" Diameter x 8.6 " high (9 Liter) 

The furnace is slidable on the frame for easy sample loading and unloading

Quartz window is available upon request 

Working Temperature

Max. Working Temperature: 1250ºC (< 30 minute)

Standard  Working Temperature: 1150ºC (continuous)

Control Panel

PLC touch screen control panel for controlling temperature, pulling speed, rapid downward speed and rotation speed of pulling rod

Temp. Controller: 8 steps programmable and auto PID control with +/- 0.1ºC accuracy (Eurotherm 3000  inside)

Heating Rate 0~10ºC / min (suggestion at =< 5ºC)

Pulling Speed: 0.5-50mm/h adjustable

Downward speed: 50 mm/minute fixed

The rotation speed of the pulling rod: 0.1-23 RPM adjustable 

Pulling Range

250 mm Max. 

Power 

AC 220V  Single Phase

4.0 KW

Power Cable & Plug

10 feet long 10-3 AWG heavy-duty UL-approved power cable is included.

The plug is not included.

Warranty

One-year limited warranty (Consumable parts such as processing tubes, o-rings, and heating elements are not covered by the warranty.)