Vacuum induction sintering furnaces

This series of furnaces is used for high-temperature sintering of various materials in vacuum or inert gas atmosphere. Machinable materials: copper-tungsten alloys, aluminum alloys, nickel and cobalt alloys for permanent magnets, carbon fibers and graphite, carbon-carbon composite materials, silicon carbide, tungsten, molybdenum products and other high-temperature alloys. Maximum sintering temperature up to 2800°C.

Characteristics:

Maximum temperature in the working chamber, °C	2800
Temperature uniformity,°C	±15
Leakage rate (in a cold empty vacuum furnace), Pa/h	0.67
Ultimate vacuum Pa	4×10 ^-2
Furnace design options	vertical, top and bottom loading, horizontal
Working area, horizontal version (W×H×D), mm	from 100 × 100 × 300 to 600 × 600 × 1500
Working area, vertical version (Ø×H), mm	from 200 × 300 to 900 × 2000
Generator power kW	from 160 to 750
Hz generator frequency	1000 to 2000

Description:

Vacuum induction sintering furnaces are equipment that uses high frequency currents for heating. The furnace design includes the following elements: a heating chamber and system, a binder and soot removal system, a forced cooling system and a vacuum system.

Design features and equipment:

Water cooling of the furnace body and door, current leads and cooling gas circulation pipes. Gas cooling system with powerful fan and water heat exchanger.
Autoclave type oven door with pneumatic blocking.
Sealed connector for connecting up to 12 thermocouples in the furnace.
A large set of additional components at the discretion of the customer.
Light and sound signaling of violations in the operation of furnace systems with display.
Vacuum pumps - Edwards, England or Laybold, Germany,
Vacuum - Edwards, England or Laybold, Germany. Included in the State Register of Measuring Instruments of the Russian Federation.
Controller - Siemens, Germany.
Temperature control - thermocouples made in Russia, Included in the State Register of Measuring Instruments of the Russian Federation
"Bookcase" for placing parts in a furnace made of molybdenum or heat-resistant alloy.
Loading "table" for laying (unloading) parts on (s) "shelf(s).
Transport trolley for loading (unloading) the "shelf" with parts into the oven (from the oven).

Note:
Characteristics are indicated for standard models, we offer furnaces with non-standard dimensions, an increased working area according to the technical specifications of the customer.

Equipment request