HIP and Gas Quench Furnace

Application
It is used for HIP and rapid cooling gas quench treatment of various metal, copper base, iron base powder, friction resistant material ceramic material and etc.

Technical Features
1. Horizontal twin chamber, horizontal loading structure. Furnace door type can be customized design.
2. Gas quenching chamber is bottom to top or left to right gas circulation, which has high heat exchange rate..
3. The HIP chamber is closed before gas quench, to save energy.
4. According to the treating jobs, users can choose to configure axial-flow type high power gas quenching fan or centrifugal high power gas quenching fan.

Configuration Options
1.Furnace door type: On-line; Off-line; Vertical up and down; Rotating
2.Gas quenching type: Cold airflow vertically cooling; Cold airflow side-to side cooling
3.Furnace hearth: Graphite heating elements and graphite felt heat insulation
4.Vacuum pump unit and vacuum gauge: Abroad brand; high-quality Chinese brand
5.Vacuum degree: High vacuum; Medium vacuum
6.PLC: OMRON; Siemens; Mitsubishi
7.Temperature controller: SHIMADEN; EUROTHERM; Honeywell
8.Thermocouple: Type K; Type N; Type S
9.Recorder: Paperless recorder; Paper recorder
10.HMI: Simulation screen; Touchscreen with industry computer
11.Electric components: High-quality Chinese brand; Schneider; Siemens

Main Specifications

Parameter\Model	HIPGQ-335D	HIPGQ-446D	HIPGQ-557D	HIPGQ-669D	HIPGQ-7711D	HIPGQ-8812D	HIPGQ-9915D
Effective hot zone size W×H×L (mm)	300 × 300 × 500	400 ×400 × 600	500 × 500 × 700	600 ×600 × 900	700 × 700 × 1100	800 × 800 × 1200	900 × 900 × 1500
Loading capacity (kg)	75	250	400	600	1000	1200	1500
Heating power (kW)	48	75	90	150	270	360	480
Max. temperature (°C)	1150	1150	1150	1150	1150	1150	1150
	1350	1350	1350	1350	1350	1350	1350
Temperature uniformity (°C)	±5	±5	±5	±5	±5	±5	±5
Vacuum degree (Pa)	4 × 10-1	4 × 10-1	4 × 10-1	4 × 10-1	4 × 10-1	4 × 10-1	4 × 10-1
	4 × 10-3/6 × 10-4	4 × 10-3/6 × 10-4	4 × 10-3/6 × 10-4	4 × 10-3/6 × 10-4	4 × 10-3/6 × 10-4	4 × 10-3/6 × 10-4	4 × 10-3/6 × 10-4
Pressure increasing rate (Pa/h)	≤0.26	≤0.26	≤0.26	≤0.26	≤0.26	≤0.26	≤0.26
	≤0.65	≤0.65	≤0.65	≤0.65	≤0.65	≤0.65	≤0.65
Transportation time (S)	≤12	≤15	≤20	≤25	≤30	≤30	≤35
Gas quenching pressure (bar)	20/40/60	20/40/60	20/40/60	20/40/60	20/40/60	20/40/60	20/40/60
Cooling gas (99.995%)	N2/Ar/He	N2/Ar/He	N2/Ar/He	N2/Ar/He	N2/Ar/He	N2/Ar/He	N2/Ar/He