Alumil

Certificates of quality

• Quality Certificate ISO9001:2008
  1. On 9th of April 2010 Institution for certification Loyd's Register made recertification of system of quality management ISO9001:2008 in AD"ALPRO" and extended validation of certificate No.170194 for 3 years
     
     
• Certificate of approval ISO 14001:2004
  1. On 25th of May 2009 Institution for certification Pancert made recertification of system of environment protection management ISO14001:2004 in AD"ALPRO" and extended validation of certificate No.035-06 for 3 years
     
     
• Test results from IMS Institute
  1. Report about testing the warmth ducting coefficient of one-wing window with AL-frame prototype without termical interrupt
     On the basis of results of testing of one-wing window with AL-frame prototype without termical interrupt, in "Alpro" sistem, with dimensions of 900 mm x 1500mm, glazed with termo-isolation flot glass 4+12+4 mm, conducted according to JUS U.J5.060 (1983) standard, with rated values of warmth ducting resistance according to JUS U.J5.600 (1998), the following valueswere obtained:
     1. Termo-isolation glass 4+12+4, flot
     warmth ducting resistance: Rs = 0.22 m2 K/W
     warmth ducting coefficient: Ks = 2.56 W/(m2K)
     2. Frame
     warmth ducting resistance: Ro = 0.04 m2 K/W
     warmth ducting coefficient: Ko = 4.76 W/(m2K)
     Equivalent warmth ducting coefficient of prototype, under relative surface participation glass and frame, with window surface of
     fs = 0.69 and fo = 0.31,
     equals: K =3.24 W/(m2K).
     
     Report about testing the warmth ducting coefficient of one-wing window with AL-frame prototype with termical interrupt On the basis of results of testing of one-wing window with AL-frame prototype with interrupted termical bridge, in "Alpro" sistem, with dimensions of 900 mm x 1500mm, glazed with termo-isolation flot glass 4+12+4 mm, conducted according to JUS U.J5.060 (1983) standard, with rated values of warmth ducting resistance according to JUS U.J5.600 (1998), the following values were obtained:
     1. Termo-isolation glass 4+12+4, flot
     warmth ducting resistance: Rs = 0.23 m2 K/W
     warmth ducting coefficient: Ks = 2.50 W/(m2K)
     2. Frame
     warmth ducting resistance: Ro = 0.22 m2 K/W
     warmth ducting coefficient: Ko = 2.56 W/(m2K)
     Equivalent warmth ducting coefficient of prototype, under relative surface participation glass and frame, with window surface of
     fs = 0.65 and fo = 0.34,
     equals: K =2.52 W/(m2K).