GIRPI designs and manufactures fittings and accessories made of synthetic materials for all types of applications, including waste and rainwater drainage, supply and distribution of pressurized hot, cold and chilled water and the distribution of compressed air.
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KRYOCLIM benefits from the low temperature performance of its main component called HPF. The system is particularly suitable for commercial and industrial secondary refrigeration and indirect air conditioning applications.
It's a complete range of pipes ( Ø 20 up to Ø 160), fittings, valves and accessories.
APPLICATIONS :
Chilled water, air conditioning
Food industry
Refrigerated warehouses
Industrial refrigeration
MANY ADVANTAGES :
No corrosion and no scale: insensitive to internal and external corrosion
Perfect watertighteness (cold welding)
Non flammable (M1)
Low condensation
Long service life, reliability and safety
Low load losses
Minimum of 50 year life
Quick and economical installation
NUMEROUS CERTIFICATIONS :
Fire classification: M1 classification
Dimensions complying with standard NF EN 1452
ATEC N° 14/04-884
KRYOCLIM SYSTEM IS EASY TO INSTALL
1 :
cutting
2 :
chamfering
3 :
bonding
4 : jointing
Working pressure and temperature : 10 bar from -30°C to +20°C. The flow temperature of some networks (such as process or defreezing of convection fans ) can reach more than 20°C. KRYOCLIM allows a maximum pressure of 7 bar.
Working lifetime : The working pressure and temperature indicated in the following tables are determined for a working life of 50 years without interruption .
Working pressures according to working temperatures are figured out by using regression curves as per standard NF T 54-091
Testing pressure
PN
Testing pressure
1 Hour(20°C)
10
42 bars
pressure pipework can be classified as PN 10 (with a safety factor of 2.5 after 50 years) if it can tolerate, during one hour, a pressure equal to 4.2 times this PN.
The characteristics of the system can only be guaranteed to 50 years by combining these two parameters.
The readings for the breaking pressures for KRYOCLIM change, as shown in a straight-line in logarithmic coordinates. Considering the safety coefficients, the pressure ratio between 50 years and one hour ranges from 4.2 to 2.5.
This straight line is drawn on the basis of the 1 hr, 100hr, 1000 hr and 10 000 hr tests, and is then extrapolated to 50 years.
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