Page: 1 2 Next

Parts by Number for Graphite Powder Top

Part # Distributor Manufacturer Product Category Description
45500 Global Industrial Precision Brand Products Not Provided Superior Graphite 31646g - Tube-O-Lube ® Graphite Powder (Pack Of 48)
00250 Global Industrial Global Industrial Not Provided Versachem ® Dry Powder Graphite Lube (Puffer), 00250, .21 Oz. Tube

Conduct Research Top

  • Effects of Graphite Type, Purity and Concentration on Grease Performance (.pdf)
    Abstract: The performance of six different graphite powders, as wear additives, was evaluated in clay filled polyalphaolefin (PAO) grease base. Neat PAO and PAO blends with each of four types of graphite were evaluated. Friction and wear performance were evaluated using ASTM D2266 and ASTM D2596
  • High pH Chemical Aging of Asbury 3393 Expandable Flake Graphite
    Powder Metallurgy Railroad Refractories / Ceramics Rubber Additives Specialty Graphite / Mechanical Carbons Trucking Industry Tundish Welding. Capabilities Custom Processing Technical Services. Brochures / Literature Brochures Product Guides MSDSs. Technical Presentations / Papers Intro to Graphite
  • Titanium & Zirconium Rammed Graphite Castings for Industrial Applications (.pdf)
    This paper describes the production of rammed graphite titanium and zirconium castings. This process is similar to the sand casting process used to cast many common iron base alloys. Issues such as mold preparation, melting, processing, properties, markets and applications are addressed. You may
  • Heat Aging of 3393 Expandable Graphite
    Shapes, Rods, Plates, and Pieces Industrial Lubricants Lubricant Manufacturing Paint & Coatings: High-Temperature Conductive Plastic Additives Powder Metallurgy Railroad Refractories / Ceramics Rubber Additives Specialty Graphite / Mechanical Carbons Trucking Industry Tundish Welding. Capabilities
  • Powder Metallurgy (PM) Primer: Conventional Powdered Metal Components
    powders such as copper, nickel and graphite are added to a base. element powder such as iron or copper. These powders are used in circumstances. where high purity is essential to material properties. Use of these elemental powders. gives a manufacturer a lot of choice in tailoring the mixture
  • Ball Milling
    by thermal annealing. Essentially the method consists of placing graphite powder (99.8% purity) into a stainless steel container along with four hardened steel balls. The container is purged, and argon is introduced. The milling is carried out at room temperature for up to 150 hours. Following milling
  • High Temperature Powder Processing: Advancements in Rotary Furnace Designs
    High Temperature Processing. The ultra high temperature system in Figure 3 is designed for atmosphere. sealing of both for the process atmosphere and the chamber atmosphere,. which al ows the use of specialty tube materials such as graphite or refrac-. tory metals. These are required for very high
  • Polyimide
    of graphite, boron, quartz, or organic materials. Molding compounds, on the other hand, contain discrete fibers such as chopped glass or asbestos, or particulate fillers such as graphite powders, MOS2, or PTFE. Polyimide films and wire enamels are generally unfilled. Coatings may be pigmented or filled

More Information on: Graphite Powder Top

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