Specifications

1.laboratory muffle furnace
2.Max temperature:1800C
3.Chamber size 200*200*200mm
4.Heating element: MoSi2 heater

 

KJ-1700X Muffle furnace is a good-effective high temperature Laboratory furnace. The furnace consists of high quality alumina fiber brick and MoSi2 heating elements with special design, and can be used up to 1700°C. These compact muffle furnaces are perfect for many applications in laboratory.

Model: KJ-1700X Muffle furnace
Size: All standard sizes and made-to-order

 Laboratory high temperature Muffle Furnace(1700 celsius degree)

Features
1. Operation Temperature: 1600°C (1700°C for short time).
2. Maximum energy efficiency is achieved by surrounding the chamber with thermal-efficient alumina fiber ceramic insulation.
3. Heavy duty double layer structure with cooling fan. Lower teperature in outside case.
4. PID automatic control via current limiting phase angle fired the resistor, e.g. SCR(Silicon Controlled Rectifier).
5. Power control with 30 segments programmable.

 Laboratory high temperature Muffle Furnace(1700 celsius degree)

Descriptions

Chamber Size	All standard sizes and made-to-order
Working Temperature	1600°C (continuous)
Maximum Temperature	1700°C (for short time)
Temperature Control	30 steps programmable and PID automatic control
Heating Rate	0~15°C/min (suggestion: ≤10°C)
Temperature Accuracy	+/-1°C
Heating Element	Molybdenum Disilicide (MoSi2)
Working Voltage	AC 220V, Single Phase, 60/50 Hz (or according to your requirement)
Max. Power	4 KW
Outside Size	500x485x700mm
Net Weight	100 Kg

Laboratory high temperature Muffle Furnace(1700 celsius degree)
Standard sizes

Model	Chamber size (WxHxD mm)
KJ-1700X	150x150x150mm (6"x6"x6")
KJ-1700X	150x150x200mm (6"x6"x8")
KJ-1700X	200x200x200mm (8"x8"x8")
KJ-1700X	200x200x300mm (8"x8"x12")
KJ-1700X	250x250x300mm (10"x10"x12")
KJ-1700X	300x300x400mm (12"x12"x16")
KJ-1700X	350x350x400mm (14"x14"x16")
KJ-1700X	400x400x400mm (16"x16"x16")
KJ-1700X	500x500x500mm (20"x20"x20")
Non-standard size could be made according to your requirement.