Conex145

Category:

  • Basis Weight: 450g/m² ± 5%
  • Thickness: 2.2mm ± 10%
  • Air Permeability: 22m³/m²/min ± 20%
  • Post Treatment: Heat Setting, Singeing,Glazing
  • Tensile Strength
    • Longitudinal: ≥900N/5cm
    • Transverse: ≥1200N/5cm
  • Elongation
    • Longitudinal: ≤25%
    • Transverse: ≤50%
  • Thermal Shrinkage
    • Longitudinal: <1.5%
    • Transverse: <1.0%
  • Temperature
    • Continuous Operating Temperature: 204°C (400°F)
    • Maximum Surge Temperature: 250°C (490°F)

Description

Conex aramid, developed by Toray, a leading Japanese materials company, is a high – performance aramid fiber with a range of outstanding properties.Aramid, is used in applications with high temperatures and has excellent filtration and abrasion properties.  Both needled felt and woven aramid can be treated with several finishes and membranes to increase filtration efficiency and performance in various operating conditions.As a filtration media, it has the following characteristics:

  • Efficient Particle Retention – The tightly felt structure of the aramid filter media enables it to effectively capture fine particles, thereby achieving high levels of filtration efficiency.
  • High Temperature & Flame Resistance – Aramid filter bags possess remarkable resistance to high temperatures without significant degradation. These aramid bags can withstand continuous operating temperatures of up to 204°C (400°F). In addition, aramid filter bags are self-extinguishing and flame retardant.
  • Chemical Resistance – Aramid filter bags are resistant to a wide range of chemicals, including acids, alkalis, and solvents.
  • High Strength and Robustness – Aramid fibers have exceptional tensile strength, which makes the filter bags resistant to tearing and bursting. They can withstand the rough handling and abrasive nature of certain dust particles, resulting in enhanced durability and reliability.
  • Low Thermal Shrinkage – When aramid filter bags are subjected to elevated temperatures, they demonstrate excellent stability and resistance to shrinkage. They maintain their original size and shape even after prolonged exposure to extreme heat.