Powder Metallurgy Nitrogen Argon Atmosphere Vacuum Sintering Furnace for Silicon Oxide Powder

Product Description

Application:
Mainly used for quenching of high-speed steel, tool and die steel, stainless steel; solution treatment of stainless steel and titanium alloy; magnetic vacuum heat treatment, high temperature brazing and vacuum sintering of flexible materials, and low temperature tempering can be performed by adding a convection fan.

Structural features
1. The heating chamber adopts stainless steel skeleton and new carbon felt composite material, which has less deformation and is resistant to high temperature and high pressure airflow.
2. Long service life and easy maintenance. Using graphite tube heater, easy installation and maintenance, low failure rate.
3. The air cooling adopts the jet cooling method, and the graphite nozzles are evenly distributed around the circumference, which makes the high-pressure air flow more reasonable (the air volume of some main air ducts can be adjusted, and the customer can control the air volume of some main air ducts according to the characteristics of the workpiece), which can effectively control workpiece
deformed.
4. High-speed, high-pressure and large-flow fans, copper-copper high-efficiency circular heat exchangers, to achieve high-speed cooling. fan available
Use variable frequency speed regulation to control the air cooling speed.
5. The heating chamber can also adopt an all-metal structure to meet the solid solution treatment requirements of titanium alloys and precision alloys.
The electronic control system adopts PLC and programmable temperature controller to realize three control modes: automatic, semi-automatic and manual, and the operation is flexible.

Technical parameter

1.Maximum temperature	1320ºC
2.Temperature control accuracy	±1ºC
3.Furnace temperature uniformity	±5ºC
4.Ultimate vacuum	4×10^1Pa (6.7×10^3Pa when high vacuum is selected)
5. Pressure rise rate	0.6Pa/h
6.Air cooling pressure	6bar
7.Cooling capacity	500Kg/4.5bar/1050-200 takes 3-5 minutes, and can be baked in 10-20 minutes

Optional features

1. Furnace structure
Three structures are available.
 

HZQ (single bedroom horizontal)

HZQ2 (two-room horizontal)

HZQL (single chamber vertical)

2. Convection fan

Decide whether to add a convection fan according to your pratical situation.


Specifications

Model	Effective working size	Furnace capacity	Heating power
HZQ-433	450 mm x300 mm x300 mm	100kg	50kw
HZQ-644	600 mm x400 mm x400 mm	200kg	80kw
HZQ-755	700 mm x500 mm x500 mm	300kg	100kw
HZQ-966	900 mm x600 mm x600 mm	500kg	150kw
HZQ-1288	1200 mm x800 mm x800 mm	1000kg	200kw
HZQ-1299	1300 mm x900 mm x900 mm	1200kg	300kw

Company introduction
APS Induction Technology (Taizhou) Co., Ltd. is a rare high-tech enterprise in China with international leading technology in induction melting and heating field. At present, the capacity of induction melting furnaces produced can up to 70 tons, and the power supply can reach to 50,000kw. The heating equipment can be used in carbon-based/ceramic-based composite materials, carbon fiber/silicon carbide fiber, high-performance ceramics, graphite, vacuum diffusion welding, vacuum hot pressing, vacuum melting, powder metallurgy, environmental protection and other industrial.
In addition, we are also a professional manufacturer of power control boards, induction coils, water-cooled cables, yokes, and reactors. Compared with other manufacturers in China, we have outstanding advantages in product price, quality control, and delivery time.
As an industrial equipment manufacturer with R & D capabilities, we keep seeking a balance between product economy and practicability in continuous innovation to ensure that we can provide the most valuable production solutions for each application, reduce costs for our users and help them improve production competitiveness.
We hope to establish a more efficient, clean, low-carbon and circular green casting system by supplying stable, high-efficiency, energy-saving, safe and relatively cheap induction melting and heating equipment, and contribute to global energy conservation and emission reduction.