condix Alu

PRE-INSULATED COPPER PIPE WITH SEAMLESS ANTI-CONDENSATION SHEATH IN PE FOAM AND ANTI-UV EMBOSSED ALUMINIUM LAYER.
EUROCLASS BL s1 d0.

Insulation Features

Insulating material in seamless extruded PE foam, with closed cells and a very high resistance factor to the diffusion of water vapour. The outer surface of Condix Alu is coated with a continuous layer of pure aluminum, providing permanent protection against UV rays and atmospheric agents, even during prolonged outdoor exposure.• Thermal conductivity at 40°C λ ≤ 0,040 W/m*K• Water vapour diffusion resistance factor (anti-condensation) ≥ 15000 μ• Fire reaction Euroclass BL s1 d0 (EN13501:2019)• Operating temperature -40° ÷ +100°C• Does not contain CFCsUnlike other products coated with plastic materials – even those enhanced with UV-resistant additives – aluminum does not degrade over time. The metallic coating of Condix Alu offers a permanent barrier that does not fade, crack, or lose its protective properties, even under long-term exposure to outdoor conditions.

Copper pipe features

ACR Copper Cu-DHP 99.90 min. annealed (R220) seamless for refrigerant gases.

  • Mechanical properties, dimensions, tolerances, and eccentricity in compliance with the EN 12735-1 standard.
  • Specific for all air conditioning, refrigeration and heat
    pump systems that use refrigerant gases such as A1, A2L and A3.
  • Internal cleanliness is ensured by sealing the ends of each tube.
  • Carbon residue <0,34 mg/dm².
  • Sealed ends as per ASTM B280.
Fields of use

Designed specifically for critical geographic areas or areas with high solar radiation, it adapts to all air conditioning, refrigeration and heat pump systems that use class A1, A2L e A3 gases.

mm

Copper pipe diameter Copper pipe thickness Nominal thk insulating sheath Nominal external diameter Max operating pressure*
Inches (mm) mm mm MPa
1/4″ (6,35) 0,8 6 18 13
3/8″ (9,52) 0,8 6 22 8,7
1/2” (12,70) 0,8 6 25 7
1/4″ (6,35) 1 6 18 15
3/8″ (9,52) 1 6 22 10
1/2” (12,70) 1 6 25 8
5/8″ (15,87) 1 9 33 6,3

1 Megapascal = 10 bar – *ref ASTM B 111

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