refractory$68261$ - translation to greek
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refractory$68261$ - translation to greek

CLASS OF METALS THAT ARE EXTRAORDINARILY RESISTANT TO HEAT AND WEAR
Refractory alloy; Refractory metal
  • alt=Image of the Apollo Service Module with the moon in the background

refractory      
adj. δύστηκτος, πυρίμαχος, σκληροτράχηλος, πείσμων, ανυπότακτος, δυσάγωγος
rock wool         
  • Common insulation applications in an [[apartment building]]
  • Mineral wool pipe covering applied to a steel pipe for a [[fire test]]
  • Mineral wool under microscope
FIBER MADE FROM SPUN MOLTEN MINERALS
Mineral cotton; Silicate cotton; Stone wool; Slag wool; Rock wool; Synthetic Mineral Fibre; High-temperature mineral wool; Refractory Ceramic Fibre; Ceramic fiber blanket; Alkaline Earth Silicate; AES Wool; AES fiber; High Temperature Glass Wool; HTIW; Polycrystalline Wool; Alumino Silicate Wool; High temperature insulation wool; Man-made mineral fibres; Rockwool; Ceramic fiber wool; Kaowool; Alkaline earth silicate; High-temperature insulation wool; Ceramic wool
συνθετικό μαλλί, ινώδης μονωτική ύλη

Definition

refractory
¦ adjective formal
1. stubborn or unmanageable.
2. resistant to a process or stimulus.
Medicine not yielding to treatment.
technical heat-resistant; hard to melt or fuse.
¦ noun (plural refractories) technical a heat-resistant substance.
Derivatives
refractoriness noun
Origin
C17: alt. of obs. refractary, from L. refractarius 'stubborn' (see also refract).

Wikipedia

Refractory metals

Refractory metals are a class of metals that are extraordinarily resistant to heat and wear. The expression is mostly used in the context of materials science, metallurgy and engineering. The definition of which elements belong to this group differs. The most common definition includes five elements: two of the fifth period (niobium and molybdenum) and three of the sixth period (tantalum, tungsten, and rhenium). They all share some properties, including a melting point above 2000 °C and high hardness at room temperature. They are chemically inert and have a relatively high density. Their high melting points make powder metallurgy the method of choice for fabricating components from these metals. Some of their applications include tools to work metals at high temperatures, wire filaments, casting molds, and chemical reaction vessels in corrosive environments. Partly due to the high melting point, refractory metals are stable against creep deformation to very high temperatures.