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Vacuum Sintering Furnace 1200℃-1700℃( ceramic fiber thermal field )

Vacuum Sintering Furnace 1200℃-1700℃( ceramic fiber thermal field )
  • Furnace Chamber:Ceramic fiber furnace chamber
  • Heating Element:Resistance wire,Silicon carbon rod,High purity silicon molybdenum rod
  • Available Atmosphere:inert atmosphere (N2, CO2, Ar2, etc.)
  • Vacuum Level:high vacuum,low vacuum,none
  • Max Temperature:1800℃
  • Temperature Accuracy:±1℃
  • Application Industry:Metal processing industry Semiconductor industry Ceramic industry Glass industry Chemical industry Aerospace and automotive industry Medical equipment manufacturing, etc. Nickel base Special steel Precision alloys Active metals Magnetic materials, etc. Preparation of high melting point, high purity, active metals Material annealing Hot press bonding Surface treatment and synthesis Melting and purification of materials Directional solidification of materials, etc.
PRODUCT DETAILS

Introduction

The ceramic fiber thermal field vacuum heat treatment furnace is a very cost-effective vacuum furnace. Low price, simple operation, excellent vacuum effect, and good temperature field uniformity. It is used in high-temperature vacuum sintering, annealing, and tempering of ceramic materials, ceramic metal composite materials, refractory metals, and alloy materials.

Features

The ultimate vacuum degree can reach 10Pa (two-stage rotary vane vacuum pump) or 7x10-2Pa (two-stage rotary vane vacuum pump + diffusion pump).

The maximum temperature is 1200℃ or 1700℃ optional.

Designed with an air inlet and exhaust port, it can be used for vacuuming or filled with inert gas.

Pneumatic vacuum valve is easy and convenient to operate.

It uses an alumina ceramic fiber furnace and resistance wire or silicon molybdenum rod for heating. While ensuring excellent use effects, the cost of the electric furnace is greatly reduced.

Double-layer water cooling, furnace shell surface temperature ≤50℃.

Made of high-strength carbon steel, the exterior is electrostatically sprayed, beautiful, and elegant.

The human-machine interface adopts a high-definition touchscreen and has a built-in operating system developed by our company.

Programmable temperature control instrument PID adjustment.

Upper limit alarm, deviation alarm, automatic stop after program running, no need for human supervision.

Optional Accessories

Independent control cabinet

PLC automatic control system

Chiller

Furnace rapid cooling system

Technical Parameters

1700 type vacuum heat treatment furnace parameters

model

Maximum temperature(℃)

Operating temperature

(℃)

Inner dimension

(width*height*depth) ( mm )

Heating element

Volume (L)

Power ( kW )

Ultimate vacuum degree

BR-12VF-1

1200

1100

100*100*100

Resistance wire

1

1.2

10Pa

BR-12VF-5

1200

1100

150*150*200

Resistance wire

4.5

3.5

10Pa

BR-12VF-12

1200

1100

200*200*300

Resistance wire

12

5

10Pa

BR-12VF-36

1200

1100

300*300*400

Resistance wire

36

12

10Pa

BR-12VF- 96

1200

1100

400*400* 6 00

Resistance wire

80

18

10Pa

  BR-12VF-1 7 5

1200

1100

500*500*700

Resistance wire

175

30

10Pa

  BR-12VF- 324

1200

1100

600*600*900

Resistance wire

324

50

10Pa

  BR-12VF- 768

1200

1100

800*800*1200

Resistance wire

768

80

10Pa

model

maximum temperature

(℃)

Operating temperature

(℃)

Inner dimension

(width*height*depth) ( mm )

Heating element

Volume (L)

Power ( kW )

Ultimate vacuum degree

BR-12 H VF-1

1200

1100

100*100*100

Resistance wire

1

1.2

7x10-2Pa

BR-12HVF-5

1200

1100

150*150*200

Resistance wire

4.5

3.5

7x10-2Pa

BR-12HVF-12

1200

1100

200*200*300

Resistance wire

12

5

7x10-2Pa

BR-12HVF-36

1200

1100

300*300*400

Resistance wire

36

12

7x10-2Pa

BR-12HVF- 96

1200

1100

400*400* 6 00

Resistance wire

80

18

7x10-2Pa

  BR-12 H VF-1 7 5

1200

1100

500*500*700

Resistance wire

175

30

7x10-2Pa

  BR-12H VF - 324

1200

1100

600*600*900

Resistance wire

324

50

7x10-2Pa

  BR-12H VF - 768

1200

1100

800*800*1200

Resistance wire

768

80

7x10-2Pa

1700 type vacuum heat treatment furnace parameters

model

maximum temperature

(℃)

Operating temperature

(℃)

Inner dimension

(width*height*depth) ( mm )

Heating element

Volume (L)

Power ( kW )

Ultimate vacuum degree

BR-17VF-1

1700

1600

100*100*100

Silicon molybdenum rod

1

1.5

10Pa

BR-17VF-5

1700

1600

150*150*200

Silicon molybdenum rod

4.5

5

10Pa

BR-17VF-12

1700

1600

200*200*300

Silicon molybdenum rod

12

8

10Pa

BR-17VF-36

1700

1600

300*300*400

Silicon molybdenum rod

36

12

10Pa

BR-17VF- 96

1700

1600

400*400*500

Silicon molybdenum rod

80

30

10Pa

  BR-17VF-1 7 5

1700

1600

500*500*700

Silicon molybdenum rod

175

45

10Pa

  BR-17VF- 324

1700

1600

600*600*900

Silicon molybdenum rod

324

66

10Pa

  BR-17VF- 768

1700

1700

800*800*1200

Silicon molybdenum rod

768

120

10Pa

model

maximum temperature

(℃)

Operating temperature

(℃)

Inner dimension

(width*height*depth) ( mm )

Heating element

Volume (L)

Power ( kW )

Ultimate vacuum degree

BR-17H VF -1

1700

1600

100*100*100

Silicon molybdenum rod

1

1.5

7x10-2Pa

BR-17HVF-5

1700

1600

150*150*200

Silicon molybdenum rod

4.5

5

7x10-2Pa

BR-17HVF-12

1700

1600

200*200*300

Silicon molybdenum rod

12

8

7x10-2Pa _

BR-17HVF-36

1700

1600

300*300*400

Silicon molybdenum rod

36

12

7x10-2Pa

BR-17HVF- 96

1700

1600

400*400*500

Silicon molybdenum rod

80

30

7x10-2Pa

  BR-17HVF-1 7 5

1700

1600

500*500*700

Silicon molybdenum rod

175

45

7x10-2Pa

  BR-17HVF- 324

1700

1600

600*600*900

Silicon molybdenum rod

324

66

7x10-2Pa

  BR-17H VF - 768

1700

1700

800*800*1200

Silicon molybdenum rod

768

120

7x10-2Pa


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