isoflex

isoplus förisolerade isoflex är ett fast rörsystem som är väl lämpat för stickledningar i fjärrvärmesystem med höga krav på temperatur och tryck.

Rören består av ett stålmedierör och ett robust PE-LLD-mantelrör, som via den flexibla polyuretanisoleringen är sammangjutna till en fast enhet. Med den flexibla isoleringen och PE-LLD-mantelröret uppnås maximal flexibilitet, som underlättar snabb och enkel montering. Leveranslängder på upp till 100 m gör det enkelt att installera stickledningar utan onödigt materialspill.

isoflex levereras med aluminiumdiffusionsspärrar inbyggda mellan mantelrör och polyuretanskum, vilket säkrar optimal isolering och låga värmeförluster under hela systemets livstid med lambdavärden på ner till 0,0225 W/m°C.

Larmsystem

Om du vill kunna övervaka fjärrvärmesystemet elektroniskt, kan isoplus stålrör levereras med två ingjutna koppartrådar för anslutning till larmsystem.

Användning

Fjärrvärme, fjärrkyla, solvärme, närvärme, kylning

Medierör-material: stål P195GH
Mantelmaterial: bimodalt – PE-LLD
Isolering: polyuretanskum, blåst med cyklopentan

Max. drifttemperatur 130°C
Max. kontinuerlig drifttemperatur 120°C
Max. drifttryck 25 bar
Leveranslängd: 100 m
Mått: 20-28 mm

Tekniska specifikationer

isoflex: projektering – förläggning- komponenter

Hos isoplus kan du alltid få kvalificerad rådgivning från projektets start till rörsystemet är installerat.

Vi kan hjälpa till projektering, dimensionering, muffemontering och installation av larmsystem.

Läs mer om isoplus service & support.

Kontakta oss

T +46 019 101 666
E iso@isoplus.se

Hitta ditt lokala försäljningskontor

Referenser

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Greenwich Millennium Village – Sustainable community

Greenwich Millennium Village (GMV) in south-east London is a flagship housing project built on an urban village model to set the standard for 21st century living and to serve as a model for the creation of new communities in England. The initiative aims to create a...

University of Rochester – From steam to hot water

The University of Rochester is one of the country’s top-tier research universities. The campuses are home to 200 academic majors, more than 2,000 faculty and instructional staff, and some 10,000 students which yields high requirements for the capacity and safety of...

Sheridan College – Optimizing energy consumption

Sheridan College set goals to reduce its energy consumption by 65% and CO2 emission by 45% by 2030. With four separate campuses enrolling 40,000 students, the college focused on reducing the consumption of the two largest campuses. To achieve the project’s goals new...

HOFOR – great ambitions for the climate

HOFOR provides district heating to the entire City of Copenhagen and covers 98 % of the capital’s heating demand. The supply company has the ambitious goal of delivering 100% CO2 neutral district heating as early as in 2025. Therefore, they are working on replacing...

Profitable large scale solar heating in Norway

Large-scale solar heating is an important energy resource for counteracting part of the heavily increasing energy prices and the uncertainties related to the future energy supply. Solar heating is important in Norway as well. Investing in solar energy represents new...

District cooling of the future in Høje Taastrup

Centralized district cooling gains still more importance both in Denmark and world wide. In Denmark, the town municipality of Høje Taastrup accommodates a large number of business enterprises, and a study demonstrated a strong potential for district cooling (e.g....