• 1400°C Touchscreen Atmosphere Furnace (200×200×200 mm)
  • 1400°C Touchscreen Atmosphere Furnace (200×200×200 mm)

1400°C Touchscreen Atmosphere Furnace (200×200×200 mm)

The BR-14AS-8 model atmosphere furnace features a compact touchscreen interface with 50 programmable segments. Its small chamber and energy-efficient design make it ideal for new material research, small-scale precious metal heat treatment, and teaching demonstrations in universities.

  • CE/ISO Certification
  • Max.Temp 1700℃
  • Provide Customized Services
  • PID Adjustment

Introduction

This 1400°C atmosphere furnace, with a compact chamber size of 200×200×200 mm, offers an exceptional solution for small-scale experiments and high-precision heat treatments. It is specifically designed for laboratory research and small-scale industrial production where high-temperature environments and precise atmosphere control are critical.

Features

· High-Temperature Capability: Reaches up to 1400°C, meeting a wide range of heat treatment needs.

· Compact Chamber Design: Ideal for small-scale experiments or low-volume production.

· Atmosphere Control: Supports various gas environments (e.g., argon, nitrogen, or hydrogen) to ensure workpiece quality and prevent oxidation.

· Precise Heating: Equipped with an advanced PID controller for accurate temperature adjustments.

· Durable Construction: Made with high-quality refractory materials for high-temperature resistance and extended service life.

Technical Parameters

Device model

Maximum temperature (℃)

Working temperature (℃)

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

Voltage(V)

Power ( kW )

BR-14AS-1

1400

1300

100*100*100

220

1

BR-14AS-2

1400

1300

120*120*130

220

2

BR-14AS-3

1400

1300

150*150*150

220

3

BR-14AS-5

1400

1300

150*150*200

220

4

BR-14AS-8

1400

1300

200*200*200

220

5

BR-14AS-12

1400

1300

200*200*300

220

7

BR-14AS-27

1400

1300

300*300*300

380

9

BR-14AS-36

1400

1300

300*300*400

380

11

BR-14AS-64

1400

1300

400*400*400

380

18

Applications

· Material Testing: Research and development of metals, ceramics, and composites.

· Sintering Processes: Processing ceramic components in controlled atmospheres.

· Annealing Treatments: Enhancing the properties of small metal components.

· Prototype Manufacturing: Suitable for small-scale production of high-performance materials.

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