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1200°C Atmosphere Furnace (200×200×300 mm)

1200°C Atmosphere Furnace (200×200×300 mm)
  • Furnace Chamber:Ceramic fiber furnace
  • Heating Element:resistance wire, silicon molybdenum rod, silicon carbon rod
  • Max Temperature:1200℃, 1400℃, 1700℃, 1800℃
  • Temperature Accuracy:±1℃
  • Vacuum Level:high vacuum, low vacuum, none.
  • Available Atmosphere:inert atmosphere (N2, CO2, Ar2, etc.)
  • Application Industry:sintering, degreasing sintering, annealing, quenching, brazing, reduction, ashing, suitable for high-efficiency, laboratories, scientific research and production enterprises
PRODUCT DETAILS

Introduction

This 1200°C atmosphere furnace, with a chamber size of 200×200×300 mm, features an innovative vertical design, making it suitable for processing elongated or irregularly shaped workpieces. Its compact size and exceptional performance cater to diverse needs in both research and industrial applications.

Features

· Vertical Chamber Design: Optimized for processing tall or irregularly shaped workpieces.

· Reliable Temperature Control: PID controller ensures continuous and precise heating.

· Atmosphere Flexibility: Supports various gas environments to meet anti-oxidation processing requirements.

· Space-Saving Design: Ideal for laboratories with limited space.

· Cost-Effective: Delivers high performance while reducing energy consumption.

Technical Parameters

Device model

Maximum temperature (℃)

Working temperature (℃)

Furnace size (width*height*depth) ( mm )

Voltage(V)

Power ( kW )

BR-12AN-2

1200

1100

120*120*130

220

1.2

BR-12AN-3

1200

1100

150*150*150

220

2.5

BR-12AN-5

1200

1100

150*150*200

220

3

BR-12AN-8

1200

1100

200*200*200

220

5

BR-12AN-12

1200

1100

200*200*300

220

6

BR-12AN-27

1200

1100

300*300*300

380

8

BR-12AN-36

1200

1100

300*300*400

380

10

BR-12AN-64

1200

1100

400*400*400

380

16

Applications

· Material Synthesis: Development of new materials in research settings.

· Small Component Heat Treatment: Perfect for annealing or brazing.

· Specialized Tasks: Supports unique heat treatment processes requiring precise gas environments.

· Educational and Industrial Research: Widely used in academic institutions and industrial R&D.

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