KJ-1600G High temperature science laboratory heating apparatus

KJ-1600G High temperature science laboratory heating apparatus
Model:-
Brand:Kejia
Origin:Made In China
Category:Metallurgy , Mining & Energy / Metallurgy & Mining / Non-ferrous Metal Products
Label:temperature upto 160
Price: US $5420 / set
Min. Order:1 set

Product Description

1. KJ-1600G Tube furnace, 

2. heated by Molybdenum Disilicide rod (MoSi2); 

3. Max. Temp., 1600degC; Working Temp., 1500degC.

Model: KJ-1600G Tube furnace

Size: Φ60x300mm (2.5"x12")

Features:

1. Operation Temperature: 1500 (1600 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. 

Descriptions:
 

Chamber Size

Φ60x300mm (2.5"x12")

Working Temperature

1500 (continuous)

Maximum Temperature

1600

Temperature Control

30 steps programmable and PID automatic control

Heating Rate

0~15/min (s estion: ≤10)

Temperature Accuracy

+/-1

Heating Element

Molybdenum Disilicide (MoSi2)

Working Voltage

AC 220V, Single Phase, 60/50 Hz  (or according to your requirement)

Max. Power

4 KW

Net Weight

70 Kg

Note: there are different chamber sizes for your choice.

Package:Plastic paper inside, Polyfoam filled, Wooden box outside

Payment: T/T, West union, etc.

Shipping and Delivery: by air/sea, in 15 days after receiving the payment

Warranty: 1 year limited

KJ-1600G High temperature science laboratory heating apparatus 1KJ-1600G High temperature science laboratory heating apparatus 2KJ-1600G High temperature science laboratory heating apparatus 3

Member Information

Zhengzhou Kejia Furnace Co.,Ltd.
Country/Region:He Nan - China
Business Nature:Manufacturer
Phone:6046549
Contact:Sally (Sales Manager)
Last Online:21 Jun, 2012