Search results for: inert gas furnace

01/31/23 B0001792 Re-Bid RAM Inert Gas Furnace NIAR

The National Aeronautics and Space Administration has a requirement for an inert gas furnace for high temperature mechanical testing of carbon and metal-carbide based composites is required. The furnace must fit inside a MTS Criterion Model C45.504 Wide test stand.

Perform heat-treat/stress relief for ejector components made from RENE 41 in a vacuum furnace capable of 1-micron of mercury, or in an inert gas furnace capable of controlling dew point temperature at -60°F or lower.Furnaces used for heat-treat/stress-relief of ejector components should be capable of 2000°F and have enough space for the ejector dimensions of 21 inches in diameter by 18 inches in length.Disclaimer:The issuance of this sources sought

*National Aeronautics and Space Administration (NASA) Langley Research Center is hereby soliciting information from potential sources for a High Temperature Flexure Test Stand Furnace. An inert gas furnace for high temperature mechanical testing of carbon and metal-carbide based composites is required.

NASA LaRC is hereby soliciting information for potential sources to provide design, development and delivery of a High Temperature Flexure Test Stand Furnace that must fit inside a MTS Criterion Model C45.504 Wide test stand. An inert gas furnace for high temperature mechanical testing of carbon and metal-carbide based composites is required.

RFQ - Tube Furnaces Two 1700 oC tube furnaces with 30cm hot zone (at temperature), single zone, with alumina tube and accessories for inert gas (end flanges, etc.): Furnace 1: with 70mm outer diameter tube Furnace 2: with 100mm outer diameter tube. Dylan Ford dbford@purdue.edu Doc4341696703 12/6/2023 12:07 12/12/2023 10:00

The system should be capable of melting, with tilt pour capability for casting into molds (at least 3.5 ft. high), with dual furnace capability.  One furnace will be optimized to handle 50 kg. heats and one furnace sized to handle 5 kg. heats of typical Fe-, Co- and Ni-based alloys and other related metallic materials under vacuum or an environment of inert gas.