our
materials
We utilize a vast range of special materials
- Inconel 718 offers decidedly better performance at both high and low temperatures compared to Inconel X750. This extra high resistance superalloy is used for long term services at temperatures up to 700 °C (1200 °F). It is easy to produce and can be welded when annealed or age hardened. It is used in gas turbines, rocket engines, spacecraft, nuclear reactors, and pumps.
- Typically used for rocket engine thrust chambers, gas turbine components, pressurized containers, and aeronautical structures, this alloy is particularly resistant to high temperatures up to around 700 ºC (1290 ºF).
- Especially recommended for application in the marine environment, the 625 alloy is a Ni-Cr-Mo alloy with the properties of high strength, high resilience, and high oxidation and corrosion resistance, in particular pitting and cracking corrosion.
- Inconel alloy is based mainly on nickel (48% - 72%) and chromium (14% - 29%). It has excellent resistance to oxidization at high temperatures and corrosion. Thanks to this, it is used for gas turbine parts, in the petroleum sector (for example, for internal pipe linings), in toxic or harmful urban/industrial waste incinerators, for the protection of recirculating boiler pipes, fixed with welding or thermal spray for the creation of airplane black boxes, and in the chemical industry.
- Elgiloy® is a cobalt alloy wire. This non-magnetic cobalt-chrome-nickel-molybdenum alloy offers a unique combination of extremely high strength, excellent corrosion resistance, and very high fatigue resistance. Elgiloy® wire is highly resistant to sulphide stress cracking, making it the preferred alloy in the most demanding acid well environments. In sea water, Elgiloy® is virtually immune to stress and crevice corrosion, and to pitting even under the highest loads, while it can operate from cryogenic temperatures up to 454 °C (850 °F).
- Resistant to high temperatures in dynamic applications, this nickel-chromium-cobalt alloy provides high breaking strength against loading and sliding at high temperatures. It is used for aerospace fixtures, gas turbine blades and disks, structural parts in industrial furnaces, and heat treatment equipment.
- Ductile even at temperatures below 0 ºC, Monel 400 offers high strength and resilience, obtained through cold forming. It also offers good corrosion resistance to sea water, hydrofluoric acid, sulphuric acid, and hydrochloric acid, as well as stress corrosion, oxidization, and pitting in fresh water, making it extremely versatile. It is mainly used in oil and gas extraction, marine, chemical, and petrochemical processes.
- The brand new Titanium Beta C alloy contains beta stabilizing elements that help to retain strength after hardening. Its properties include high corrosion resistance, excellent corrosion resistance in reducing environments like hydrogen sulphide, excellent resistance to corrosion in sea water, and good operation at temperatures up to 350 °C.
- PH Steel is distinguished by high mechanical and corrosion resistance, retaining these properties at temperatures as high as 316 °C. It is used in diverse applications, especially in the aerospace sphere, along with the chemical, petrochemical, food, paper, and metal processing industries.
