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Morgan Advanced Ceramics Z-Blok 3 Modules Kaowool S/Cerablanket
Categories: Ceramic; Oxide

Material Notes: Z-Blok 3 side-fix modules are convoluted blanket modules which combine the excellent thermal characteristics and proven service performance of Thermal Ceramics’ Z-Bloks with the ease of installation and versatility of the T-Bar anchoring system. They are made from high quality spun-fibre Blanket, folded and pre-compressed to a specified density, and held in position with 2 stainless steel tubes, mounted transversely within the module. The modules can be supplied encapsulated in plastic film, which ensures dust levels are kept to a minimum during installation. During installation, the modules are further compressed, the resilience of the fibre and recovery after the restraining bands are removed ensuring tightly-compressed intermodular joints.

Typical Applicaitons: Z-Blok 3 has a multitude of uses in heat containment applications in all industry groups, a selection of which are as follows: *Petrochemical: Process heaters, reformers, ductwork and pyrolysis heaters. *Iron and Steel: Transfer ladle lids, soaking pit covers, reheating furnace, multi and single stack coil annealing furnaces, continuous annealing and coating furnaces, rotary hearth furnaces, car bottom furnaces, roller furnaces, lift-off furnaces, offtakes and ductwork. *Aluminium: Soaking pits and covers, bale out furnaces, homogenising furnaces and ductwork. *Ceramic:Tunnel kilns for whiteware and red brick, intermittent kilns for whiteware and red brick, Hoffman Kilns and ductwork. *Utilities: Thermal oxidisers, waste heat recovery units, combustion chambers and boiler ductwork.

Information provided by Morgan Advanced Materials

Vendors:
Available Properties
  • Density
  • Specific Heat Capacity
  • Thermal Conductivity, at 160 kg/m3
  • Thermal Conductivity, at 128 kg/m3
  • Thermal Conductivity, at 160 kg/m3
  • Thermal Conductivity, at 128 kg/m3
  • Thermal Conductivity, at 160 kg/m3
  • Thermal Conductivity, at 128 kg/m3
  • Thermal Conductivity, at 160 kg/m3
  • Thermal Conductivity, at 128 kg/m3
  
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