1200°C Customized High Temp Rotary Split Tube Furnace :- Make: HE (ISO 9001 – 2015 / GMP / CE Certified) Application: -
1200°C High Temp Split Tube Furnace Mainly Provides High Temperature Heat Treatment Environment for Industrial, Research Institutes, Factories and Other Industrial Laboratories, And Is Applied to New Materials Such as Metal Materials, Ceramic Materials, Nano Materials, And Semiconductor Materials.
Features: -
Product Overview: -
HE-High Temp Split Tube Furnace-1200℃ Series Products Are Mainly Applied for The Heat Treatment of Samples Under Vacuum or Protective Atmosphere, High Quality Chamber Materials and Stable Temperature Control System Ensure the Reliability of Experiment. The Product Uses the Zirconia Grade Ceramic Fiber Material as The Furnace Chamber Material; The Furnace Tube Material Is Fine, And the Tube Is Sealed by Light Weight Stainless Steel Flanges on Its Both Ends, The Furnace can be work under the Vacuum, there are Air Inlet and Air Outlet on the flange, Also It Can Be Filled in Protective Air, The Precision Needle-Valve May Adjust the Air Inlet Flow Rate.
Specification: -
|
Hot Zone Length |
Power Supply | |||||||||||||||||||||||||||||||||
HE- HTSTF -1200P | 1100 mm | 220 V/ 7KW |
Accessories of Split Tube Furnace&Rotary Furnace: -
Complete SS 304 Flanges with Silicon O – Ring & Vacuum Gauge for Vacuum or Gas purging application Harrier Offer matching SS 304 flanges. These flanges are made as per tube dimension to avoid any leakage of vacuum or gas during application. vacuum up to 10(-3) Torr All Dimensions are in mm. Inner Diameter 140.5 mm
Tolerance beyond 24 mm OD to 100 mm OD: ± 0.5 to 1 mm in OD and ID
Range: 50 CCM to 500 CCM, Gas: Oxygen OR Nitrogen OR Argon Inlet/Outlet connector – Horse OR Ferrule OR fitting
Temperature Range: 0oC to 40oC Temperature Display resolution: ± 0.01oC Temperature Fluctuation: ± 0.05oC Temperature Control: Microprocessor PID Display: LCD Bath Tank capacity: 12L (240 x 250 x 200 mm) Power Requirements: 220VAC/50Hz Liquid to be used: 5oC and below Alcohol, 5oC ~85oC Pure Water, 85oC ~95oC - 15% Glycerin water solution
|
You Might Like Also
Application: - 1400°C High Temp. Industrial Furnace (Box Type Resistance Furnace) Mainly Provides High Temperature Heat Treatment Environment for Industrial Colleges, Research Institutes, Factories and Other Industrial Laboratories, And Is Applied to New Materials Such as Metal Materials, Ceramic Materials, Nano Materials, And Semiconductor Materi Read More
Application:- 1700°C High Temp Furnace (Box Type Resistance Furnace) Mainly Provides High Temperature Heat Treatment Environment For Industrial Colleges, Research Institutes, Factories And Other Industrial Laboratories, And Is Applied To New Materials Such As Metal Materials, Ceramic Materials, Nano Materials, And Semiconductor Materials. Read More
FUME HOOD APPLICATIONS The core application of a fume hood is fume removal also minimizing nuisance odors. It is used in laboratory where some important tasks are preformed such as solvent mixing, soldering and working with volatile organics, powder and flammable chemicals, different types of acids and low odor thresholds etc. and all these tasks Read More
Vacuum Oven is used for drying heat sensitive materials such as powder to extract moisture. As vacuum drying lowers the boiling point; therefore, losses of compounds other than water are minimized. Samples are dried under gentle heating leaving almost no residue. Some applications of vacuum oven include moisture content determination, dry steriliza Read More
Application:- 1700°C High Temp. Tube Furnace Mainly Provides High Temperature Heat Treatment Environment for Industrial, Research Institutes, Factories and Other Industrial Laboratories, and Is Applied To New Materials Such As Metal Materials, Ceramic Materials, Nano Materials, and Semiconductor Materials. Read More
Application:- 1200°C Tube Furnace (Programmable) is Mainly Provides High Temperature Heat Treatment Environment for Industrial, Research Institutes, Factories And Other Industrial Laboratories, And Is Applied To New Materials Such As Metal Materials, Ceramic Materials, Nano Materials, And Semiconductor Materials. Read More
