Vacuum-hydrogen sintering furnaces allow for heat treatment of products in a hydrogen reducing environment or in a vacuum.
Characteristics:
| Maximum temperature in the working chamber, °C | 2400 |
| Temperature uniformity, °C | ±10 |
| Leakage rate (in a cold empty vacuum furnace), Pa/h | 0.67 |
| Ultimate vacuum Pa | 10-3 _ |
| Working area, (WxHxD), mm | from 350 x 500 to 900x1700 |
| Generator power kW | from 160 to 750 |
| Hz generator frequency | from 1000 to 2500 |
| Alternator voltage V | from 300 to 750 |
Description:
Vacuum hydrogen furnaces use the method of indirect heating by high frequency currents. When heated in the inductor of a tungsten crucible, the sintered products are heated by radiation: refractory materials such as tungsten, titanium, molybdenum and alloys based on them. Furnaces are safe for operation, are made in explosion-proof execution. The equipment operates at low currents and high voltages, resulting in energy savings. Thermal insulation of furnaces is made of a special design, which increases the reliability of the equipment. The automatic control system allows you to save, load from memory and edit heating modes. The generators manufactured by UVT used in the design have a high efficiency and are reliable in operation.
Design features and equipment:
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.