Raccorderie Metalliche and cooling plantshttps://www.racmet.com/en-ww/cooling-plants.aspxAll inoxPRES fittings are pre-fitted EPDM O-Ring, developed to be used providing for the highest possible performances: maximum pressure PN16, temperature ranges -20/+220° C and quality in time. ... Fittings are made in E195 (n. 1.0034) and galvanised. ... It is then wise to use a pipe with a polypropylene layer to protect [...]
aesPRES UNIKO Gashttps://www.racmet.com/en-ww/aespres-uniko-gas.aspx Products > Pressfittings > aesPRES UNIKO Gas aesPRES UNIKO Gas Press-fitting systems in copper and brass/bronze for gas aesPRES UNIKO GAS is the press-fitting system by Raccorderie Metalliche, developed for all applications involving methane gas, LPG, and hydrogen. ... The fittings are made from lead-free ecological brass and high-quality [...]
inoxPRES UNIKOhttps://www.racmet.com/en-ww/inoxpres-uniko-v1.aspxFittings made of 316L steel can be coupled with a range of pipes from 15 to 54 mm in diameter, available in 316L, 304L, and 444 grades. The fittings are equipped with a toroidal chamber featuring a patented 'UNIKO profile', optimised based on the experience of Raccorderie Metalliche. ... The complete range of UNIKO inoxPRES pipes and [...]
inoxPRES GAShttps://www.racmet.com/en-ww/inoxpres-gas.aspxThe Gas range stands out in comparison with the standard range due to its yellow marking on the fittings and the fitting of a yellow NBR/HNBR O-Ring in the toroidal chamber. inoxPRES GAS material Stainless steel AISI 316L Materials Fittings are made in 316L steel and available from 15 to 108 mm. The fittings feature an [...]
aesPRES GAShttps://www.racmet.com/en-ww/aes-pres-gas.aspxMaterials: The fittings are crafted from high-quality DHP copper and are available in sizes ranging from 12 to 54mm. ... In each fitting, a patented O-ring is factory-installed. ... The aesPRES GAS fittings range is also internationally certified by the most accredited international bodies, with specific tests for natural gases. ... A [...]
Pressfitting systems in copper and bronze, aesPRES / Bronzehttps://www.racmet.com/en-ww/aes-pres.aspxFittings are made in high quality DHP copper and available from 12 to 54 mm. ... The range of aesPRES fittings is approved by many certified international institutions. ... Why chose aesPRES A selection of copper fittings Ø 12-54 mm of DHP quality. A range of reliable fittings featuring an O-Ring developed by [...]
InoxPRES HThttps://www.racmet.com/en-ww/inoxpres-ht.aspxAnnealed AISI 316L stainless steel The fittings made of 316L stainless steel can be paired with a range of pipes from 15 to 108 mm in diameter.The fittings feature an 'M profile' toroidal chamber, optimised based on Raccorderie Metalliche's expertise, in which an O-Ring developed by Raccorderie Metalliche is directly mounted at the factory. [...]
InoxPRES 304Lhttps://www.racmet.com/en-ww/inoxpres-304l.aspx Products > Pressfittings > InoxPRES 304L InoxPRES 304L Press‑fitting systems in stainless steel inoxPRES 304L is the Pressfitting system by Raccorderie Metalliche that combines the properties of stainless steel with the advantages of the press‑fitting system. inoxPRES 304L material Stainless steel AISI 304L Fittings made of 304L [...]
InoxPRES STEAMhttps://www.racmet.com/en-ww/inoxpres-steam.aspx Products > Pressfittings > InoxPRES STEAM InoxPRES STEAM Press fitting systems in stainless steel for steam installations InoxPRES STEAM is the Pressfitting system by Raccorderie Metalliche made of stainless steel. The InoxPRES STEAM line differs from the standard version thanks to the presence of the white O‑Ring in the toroidal chamber. inoxPRES STAM material [...]
waste systems manufacture, Waste systemshttps://www.racmet.com/en-ww/drain-systems-in-stainless-steel.aspx Products > Waste systems Waste systems RM Drain RM DRAIN is the Push Fit system by Raccorderie Metalliche, featuring thin-walled pipes and fittings made of AISI 316L steel. The Push Fit system is a connection method that allows for quick and secure assembly. Furthermore, it is reversible; by heating the joint with a source of hot air, the [...]