Products & Services

See also: Categories | Featured Products | Technical Articles | More Information
Page: 1

Conduct Research Top

  • Direct In Situ Zirconia Oxygen Analyzer (.pdf)
    , (D1). H2, H3. Iron & steel. Heating furnaces & soaking pits. L2, L3. H2, H3. D5. Hot blast stove. L2, L3. D1. H2, H3. Coke ovens & annealing furnaces. L2, L3. D1, (D2). H2, H3. D6, (D7). Sintering furnace. L2, L3. D1, (D4). H2, H3. Non-ferrous metals. Heating, sintering, & melting furnaces. L2, L3
  • Performance Characteristics of a Newly Developed Cost-Effective Cr-Ni Prealloyed Steel Designed to replace Fe-Ni Steels
    2. 100-ton press, test specimens and compressibility curve. Sintering. The test specimens were sintered with normal cooling rates (Table III) in an Abbott 6” mesh belt furnace. with conventional nitrogen-hydrogen atmosphere as well as in endogas (external production furnace) with. the conditions
  • Medical Device Link .
    ceramic plates and put into a sintering furnace. The components go through several transitions inside the sintering furnace. Upon initial heating to about 500 C, the finest-grained, eutectic-iron portion of the powder forms a "metallic glue" phase. Meanwhile, the remaining polymer thermally decomposes
  • Thermal Processing Optimization: Using Advanced Rotary Tube Internals to Achieve Operational Improvements
    . By Mike Maggio, Applications Engineer. Harper International. Introduction. Thermal process of powders (including calcination, sintering, carburization, etc.) is dominantly performed, due to its inher-. ent characteristics, in rotary tube furnace. Rotary furnaces are known to be the preferred
  • Powder Metallurgy (PM) Primer: Conventional Powdered Metal Components
    . powders, compacting those powders in a die at room temperature and then sintering or. heating the shape in a controlled atmosphere furnace to bond the particles together. metallurgically. Generally, scrap rates for the process are less than 3 per cent. Because the process has so little waste
  • Powder Metal Molding
    . This process, called sintering, metallurgically fuses the particles without melting them. After sintering, there are a variety of secondary operations that can be performed. Typically, powder metal molding is used to form parts such as gears.
  • Integration of Gantry and Phased Array Ultrasonic System Reduces Armor-Grade Ceramic Materials Inspection Time by 90%
    the manufacturing process minor occurrences of anomalous defects can be found into the bulk of the material due to poor mixing of precursor powders, density gradients from compaction, thermal gradients within sintering furnaces or machining errors. During the manufacturing, these variables can lead
  • Medical Device Link .
    to traditional plastic-injection molders. Most of the binder is removed by means of a thermochemical process. The parts are then placed in a sintering furnace, where any remaining binder is removed and the parts are sintered to their final dimensions. The end result is a near-net-shape part with a typical

More Information on: Sintering Furnace Top

Lock Indicates content that may require registration and/or purchase. Powered by IHS Goldfire