MATERIAL
Copper fittings (5000 series)
- 45° and 90° return bends
- 45° and 90° elbows
- tees and transition fittings and fitting reducers
- full and partial cross-overs
- nuts, caps, and supports
Bronze and brass fittings (4000 series)
- threaded and socket fittings for soldering
- threaded and socket tees for soldering
- threaded and socket tees for soldering with fixing clamps
- threaded nuts, caps and socket nuts and caps for soldering
APPLICATION
- cold and hot water installations
- CO installations
- gas installations
- liquid and medical gas installations
- air conditioning and cooling installations
- compressed air installations
- oil installations
TECHNICAL PROPERTIES
Wrot copper fittings: High Residual Phosphorus
- Phosphorus Deoxidized, P from 0.015 to 0.040% Cu (including AG) >99.90%
- Cu-DHP acc. lS0 1190-1 UNS C12200
- ASTM B 584 C84400
- Cu,Sn,Zn,Pb in compliance with DIN1705
Solder or bronze system pressure rating:
- 1,6MPa (8mm-28mm) at 110 C°
- 1 MPa (35mm - 108 mm) at 110 C°
Max. working temperature up to 204º C
APPROVALS AND ASMITTANCE CERTIFICATES:
COBR TI, PZH, NSF, DVGW, FMI, ITC
WHY COPPER?
- Copper is a highly durable material.
- There is no hazard of corrosion in a correctly designed and installed central heating system.
- Copper is resistant to temperature changes and UV exposure.
- The inner surface of a copper fitting is smooth, which limits the accumulation of corrosive by-products in pipes.
- Copper system does not require maintenance or repair.
- Copper is bacteriostatic material, which stops the growth of water bacteria and finally destroys them totally.
- There is no permeation into copper system of pollutants in liquid or gaseous form.
- Copper system is easy to recycle, and thus does not pose any danger to the natural environment.
- Copper system is relatively easy to assemble.
- Copper system can be tested seconds after installment process is finished.
- Copper pipes - soft type are easy to bend, thus reducing the number of fittings.
- Copper pipes - hard type (drawn) - do not require many supports.
