EVERWARM

EverWarm

The new generation pre-insulated domestic hot water piping, insulated with aerogel mat with especially low heat loss.

WATCH VIDEO
 
 
 
 
 
B EverWarm is based on a 5-layer Pex-Al-Pex piping of ∅ 16 ×2 mm and ∅ 20×2 mm dimensions, certified by the National Institute of Hygiene (PZH), insulated with aerogel mat providing 5 mm or 10 mm of insulation.

Max. working temperature: 95°C

Max. working pressure: 10 bar

Insulation color: white

 

The new generation pre-insulated domestic hot water piping EverWarm, insulated with aerogel mat is available in the following versions:

 

AS 5 type with Pex-Al-Pex piping of the following dimensions :

  • ∅ 16 ×2 mm
  • ∅ 20 ×2 mm
  • factory pre-insulated with an aerogel mat providing 5 mm of insulation

 

AS 10 type with Pex-Al-Pex piping of the following dimensions:

  • ∅ 16 ×2 mm
  • ∅ 20 ×2 mm
  • factory pre-insulated with an aerogel mat providing 10 mm of insulation

 

EverWarmsolutions are a complete pre-insulated piping system intended mainly for DHW installations, especially in systems with water -circulation.

All pre-insulated pipes have a PE protective coating.

A unique feature of all EverWarm piping is the aerogel insulation with exceptionally low heat transfer coefficient (λ = 0.017 W/(m•K) in C temperature according to PN-EN 12667:2002) .

The whole pipe is enveloped in a PE protective coating which protects the pipe from external factors

 

 

 

 

 

  • A – Heat-shrinkable sleeve
  • B – Pex-Al-Pex pipe
  • C – Aerogel mat
  • D – PE protective coating
BENEFITSTECHNICAL SPECIFICATION OF PIPESTECHNICAL SPECIFICATION OF PIPING INSULATIONSYMBOL SPECIFICATION FOR PIPESVIDEO
  •  Extremely high heat savings in comparison with commonly utilized polyurethane foam insulation of comparable thickness.
  •  High durability and safety of the installation due to adoption of nanotechnology in thermal insulation.
  •  Due to low heat losses in DHW installation, the EverWarm pipingensures high degree of coverage of DHW preparation heat by the solar panels.
  •  Due to reduced heat losses in DHW installation, the annual coefficient of performance SPF/JAZ/SCOP of the heat pump-equipped installation is maintained on high level due to reduced heat pump operation time at elevated parameters of heating water. .
  •  Piping insulation is more than three times thinner in comparison with conventional solutions while maintaining the same thermal resistance.
  •  High degree of insect, rodent and bird protection due to aerogel inedibility.
  •  Long service life confirmed by positive test results during simulated ageing time of 60 years
  •  Optimal space utilization in construction bulkheads, floor screed and wall grooves due to low insulation thickness.
  •  The pipes can be installed near a water installation, central heating or sewage piping as well as ventilation ducts.
Piping type
 Symb. Unit AS 5 AS 10
 Pipe nominal diameter DN mm
16,00 20,00
16,00 20,00
 Inner diameter d1 mm
12,00 16,00
12,00 16,00
 Outer diameter d2 mm
16,00 20,00
16,00 20,00
 Tolerance w mm
0,20 0,20
0,20 0,20
 Pipe wall thickness gr mm
2,00 2,00
2,00 2,00
 Thickness of aerogel insulation ga mm
5,00 5,00
10,00 10,00
 Outer diameter of pipe insulation d3 mm
26,00 30,00
36,00 40,00
 Outer diameter of the jacket d4 mm
26,50 30,50
36,50 40,50
 Min. bending radius Rg mm
20,00 25,00
30,00 35,00
 Max. working pressure pmax bar
10,00 10,00
10,00 10,00
 Max. working temperature tmax oC
95,00 95,00
95,00 95,00
 Piping wall thermal resistance*1 RM m·K/W
0,112 0,087
0,112 0,087
 Insulation thermal resistance*2 RIA m·K/W
4,548 3,798
7,596 6,493
 Heat transfer resistance*3 ROA m·K/W
1,502 1,305
1,091 0,983
 Unitary heat losses*4 UR W/m·K
0,162 0,193
0,114 0,132
 Unitary piping volume vj l/m
0,113 0,201
0,113 0,201
 Unitary weight of piping with insulation*4 mj kg/m
0,200 0,315
0,250 0,325
Symb. Unit
 Insulation type – –  nanostructured aerogel mat
 Heat transfer coefficient l W/(m·K) 0,017 ( acc. to PN-EN 12667:2002)
 Working temperature range tz 0C  -200 to +200
 Aerogel melting point tt 0C 850 ( preserves properties up to 650 0C)
 Density rz kg/m3 ca. 150
 Fire classification C-s1 d0  according to EN 13823 and PN-EN 11925 – 2
 Water and moisture resistance  hydrophobic
 Acoustic wave velocity u m/s < 100 ( good acoustic insulation )

Zrzut ekranu 2014-10-30 o 10.09.59