Can Pass Nitrogen, Argon and Other Inert Gases Vacuum Furnaces, Atmosphere Furnaces, High-Temperature Vacuum Quenching Furnaces, Hydrogen Atmosphere Furnaces

Product Description

Can pass nitrogen, argon and other inert gases vacuum furnaces, atmosphere furnaces, high-temperature vacuum quenching furnaces, hydrogen atmosphere furnaces

Product Description

 
Can pass nitrogen, argon and other inert gases vacuum furnaces, atmosphere furnaces, high-temperature vacuum quenching furnaces, hydrogen atmosphere furnaces

HIQ series atmosphere furnace is a special furnace designed for products that require atmosphere protection. The furnace chamber can be filled with inert gas, nitrogen, also can be pumped out with vacuum, so that the workpiece will not produce oxidative decarburization. It is suitable for atmosphere protection sintering and atmosphere reduction in industrial and mining enterprises. The atmosphere furnace is equipped with various valves, flow meters, pressure gauges, etc. as required. The furnace body has good airtightness, the vacuum degree can reach -0.1MPa, the operation is simple, and the loading and unloading is convenient.

 

Detailed Photos

Product Parameters

Can pass nitrogen, argon and other inert gases vacuum furnaces, atmosphere furnaces, high-temperature vacuum quenching furnaces, hydrogen atmosphere furnaces

SPECIFICATIONS:

Model	H-1200A	H-1400A	H-1700A
Power	4 KW	8 KW	16 KW
Inside Chamber Size	Heated chamber: 160x150x150 mm, 3.6 Liter.	Heated chamber: 300x200x200 mm, 12 Liter.	Heated chamber: 400x300x300 mm, 36 Liter.
Product Dimensions	550x470x810(mm)	600x610x860(mm)	700x710x1355(mm)
Furnace Structure	·         Double layer stainless steel structure for maximum vacuum and safety, which can ensure a positive pressure up to 0.06MP and vacuum up to -0.09Mpa ·         Water cooling front door and air cooling shell ·         Built in pressure gauge, vacuum valves, and two gas float meters ·         Built in H2 burning control system --- if the controller detects no flame in burner, gas delivery valve will be shut down automatically
Inside Chamber Size	1. Energy saving 1800 grade fibrous alumina insulation. 2. High purity Al2O3 coating.
Voltage	AC 220 - 380V single phase; 50/60 Hz
Continuous Working Temperature	1600°C
Maximum Working Temperature	1700°C (< 1 hr)
Heating Rate	20°C / min
Temperature Accuracy	+/- 1°C
Heating Elements	·    6 sets of Mo coils heating elements are built in, and replaceable  ·    The heating element of Mo coil is consumable parts which should be ordered separately if extra sets are required. ·     Heating element can be replaced by MsSi2 to run furnace under oxygen and air up to 1700°C. ·     Warning:   Mo heating element can not be used under air or oxygen at the temperature > 300°C
Temperature Control	·   Temperature controller is included. ·     Proportional-integral-derivative control (PID control) and auto-tune function ·     40 segments programmed with ramping, cooling and dwelling steps ·      Built-in over-temperature alarm and thermocouple failure alarm ·     +/- 1 ºC temperature control accuracy ·      Default DB9 PC communication port
Gas Flow Control and Vacuum Valve	·     Two large flow meters (N2: 0~3.5L/min, H2: 0~3.5L/min) are installed on the front panel of the furnace. ·     One for purging Inert gas prior to introducing H2 gas ·     One for controlling H2 gas flow ·     One heavy duty vacuum pump built in bottom furnace.
H2 Gas Burning Control System and Option Hydrogen detector	·    An ignition device already installed to incinerate flowing gas and detect burner temperature to ensure H2 burner is in working condition. If H2 does not burn properly, the controller will shut down the H2 gas delivery valve immediately.
Water Cooling	A 16L/min recirculating water chiller is installed in bottom of furnace for cooling furnace sealing flange.
Application Notes	·    Please EXERCISE EXTREME CAUTION. H2 gas is highly flammable and explosive. H2 ignites at a temperature of 400°C, an explosion could occur when the hydrogen content reaches 4.0%-74. 2% in the air, please strictly follow the rules below to for safety operation. ·     Inert gas MUST be used to purge the furnace chamber to eliminate all the air before introducing the H2 gas. ·      The pressure inside the chamber should ALWAYS be controlled at 0.01-0.02 Mpa above the standard atmospheric pressure during the entire heating process, otherwise, the oxygen in the air may backflow into the furnace chamber and cause the explosion in the worst case scenario. ·       Pressure over 0.02Mpa or below -0.05Mpa (Relative Pressure) is strictly prohibited. ·       ALWAYS place the furnace in a room with a fume hood and a hydrogen detector installed. ·       Good ventilation is necessary for the room in which place the furnace ·       Exhausting Hydrogen gas in the room is forbidden. ·       Must be used under inert gas or hydrogen gas environment ·       For preserving the longevity of the furnace components, we recommend the heating rate not to exceed 10 °C /min. ·       Small cracks may appear on the surface of the refractory ceramics over extended use. This is a normal occurrence and the cracks may be repaired with alumina coating.

 
 

Packaging & Shipping

Can pass nitrogen, argon and other inert gases vacuum furnaces, atmosphere furnaces, high-temperature vacuum quenching furnaces, hydrogen atmosphere furnaces

 

After Sales Service

Can pass nitrogen, argon and other inert gases vacuum furnaces, atmosphere furnaces, high-temperature vacuum quenching furnaces, hydrogen atmosphere furnaces

1. Reply your inquiry in 24 working hours.

2. Experienced staffs answer all your questions in fluent English.

3. Customized design is available. 

4. Exclusive and unique solution can be provided to our customer by our well-trained and

professional engineers and staff.

5. Professional factory : We are manufacturer, specializing in laboratory furnaces.