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Results 6521 - 6530 of 7003 for Heating systems
  • Article - 20 Aug 2012
    S1 tool steel (UNS T41910) is a shock-resisting tool steel. This data sheet includes physical, mechanical and thermal prperties as well as its chemical composition. Fabrication and heat treatment data...
  • Article - 17 Sep 2012
    Chromium hot-work tool steels are designated as group H steels according to the AISI classification system. This series of steels start from H1 to H19. The most commonly used chromium hot-work steels...
  • Article - 13 Sep 2012
    Chromium hot-work tool steels are designated as group H steels according to the AISI classification system. This series of steels start from H1 to H19. The most commonly used chromium hot-work steels...
  • Article - 19 Jul 2012
    Hard, rigid curing adhesives, sealants and coatings offer high physical strength properties.
  • Article - 19 Jul 2012
    Two component, room temperature curing elastomeric Master Bond EP30DP has exceptional toughness, abrasion resistance and is cryogenically serviceable.
  • Article - 18 Jul 2012
    Knowing the viscosity of a lubricant is critical for condition monitoring. As a result, field-based users need portable viscometers to immediately assess critical equipment while working on-site.
  • Article - 9 Jul 2012
    The American Iron and Steel Institute (AISI) classification system has designated the letter ‘P’ to refer to mold steels or Group P steels. The main alloying elements in the mold steels are chromium...
  • Article - 9 Jul 2012
    According to the AISI classification system, low alloy special-purpose steels are designated Group L steels. Low alloy special-purpose steels contain small quantities of chromium, nickel, vanadium,...
  • Article - 2 Jul 2012
    The traditional designation systems for metals and alloys in the United States have been developed by a large group comprising trade associations AA, AISI, CDA, metal producers, professional societies...
  • Equipment
    Master Bond’s EP46HT-1 epoxy system forms high performance structural bonds that can withstand temperatures up to +600 °F (316 °C).

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