Blog Nickel-Based Material Profiles: Part 1

Grade

• MTEK N-7M and N-12MV (N30007 / Similar to Hastelloy® B Mod) severe corrosion and heat resistant alloy.

Description

• Nickel-Moly alloys.  

Properties – Why select this material

• Excellent strength and ductility at ambient and elevated temperatures.
• Resistant to oxidizing conditions up to 1400°F / 760°C and up to substantially higher temperatures in reducing conditions.

Applications – Frequent uses

• Suited for handling HCl, all concentrations and temperatures to boiling point.
• Gas turbine components
• Chemical processing equipment

Grade

• MTEK CW-12MW (N30002 / Similar to Hastelloy® C-276) severe corrosion and heat resistant alloy.

Description

• Nickel-Chrome-Moly alloy.  

Properties – Why select this material

• Resistance to oxidizing and reducing corrosives
• Resists pitting and stress corrosion cracking

Applications – Frequent uses

• Pump internals
• Valve internals

Grade

• MTEK CW-12MW (N30002 / Similar to Hastelloy® C-276) severe corrosion and heat resistant alloy.

Description

• Nickel-Chrome-Moly alloy.  

Properties – Why select this material

• Resistance to oxidizing and reducing corrosives
• Resists pitting and stress corrosion cracking

Applications – Frequent uses

• Pump internals
• Valve internals

Grade

• MTEK CW-2M (N26455 / Similar to Hastelloy® C4C) severe corrosion and heat resistant alloy.

Description

• Nickel-Chrome-Moly-Tungsten alloy.  

Properties – Why select this material

• Virtually the same corrosion resistance as MTEK CW-12MW (Hastelloy®C-276) at a lower cost.
• Resistant to reducing and oxidizing atmospheres at elevated temperatures.
• Resists pitting and stress corrosion cracking.

Applications – Frequent uses

• Gas turbine components
• Chemical processing equipment

Grade

• MTEK CX-2MW (N26022 / Similar to Hastelloy® C-22) severe corrosion and heat resistant alloy.

Description

• Nickel-Chrome-Moly-Tungsten alloy.  

Properties – Why select this material

• Better corrosion resistance than MTEK CW-2M (Hastelloy® C4C).
• Resistant to reducing and oxidizing chemicals

Applications – Frequent uses

• Gas turbine components
• Chemical processing equipment

Grade

• MTEK ALLOY X (N06002 / Similar to Hastelloy® X) severe corrosion and heat resistant alloy.

Description

• Nickel-Chrome-Moly-Tungsten alloy.  

Properties – Why select this material

• High oxidation resistance
• Stress corrosion cracking resistant
• High temperature strength to 2000°F / 1093°C

Applications – Frequent uses

• Gas turbine shrouds
• Industrial furnace applications
• Furnace parts and support grids
• Retorts

Grade

• MTEK CY-40 (N06040 / Similar to Inconel® 600) severe corrosion and heat resistant alloy.

Description

• Nickel-Chrome alloy.  

Properties – Why select this material

• Good high temperature properties
• Resists thermal shock and cyclic temperatures
• Relative immunity to stress corrosion cracking

Applications – Frequent uses

• Nuclear power components involving seawater
• Furnace parts
• Turbine parts

Grade

• MTEK 617 (N06617 / Similar to Inconel® 617) severe corrosion and heat resistant alloy.

Description

• Nickel-Chrome-Cobalt-Moly alloy.  

Properties – Why select this material

• Good high temperature properties
• Oxidation resistance at high temperature

Applications – Frequent uses

• Turbine parts

Grade

• MTEK 625 (N26625 / CW-6MC / Similar to Inconel® 625) severe corrosion and heat resistant alloy.

Description

• Nickel-Chrome-Moly alloy.  

Properties – Why select this material

• Exceptional seawater corrosion resistance
• Exceptional fatigue strength in marine service
• High strength and toughness from cryogenic temperatures to 1800°F / 980°C.

Applications – Frequent uses

• Marine shaft seals and sleeves
• Housings in marine service
• Chemical plants
• Pollution control equipment
• Nuclear reactors

Grade

• MTEK 718 (N07718 / NACE MRO0175 / Similar to Inconel® 718) severe corrosion and heat resistant alloy.

Description

• Nickel-Chrome-Moly alloy.  

Properties – Why select this material

• Precipitation strengthened
• High corrosion resistance
• Excellent strength over wide temperature range

Applications – Frequent uses

• Gas turbines
• Extreme temperatures from cryogenic to high
• Exhaust
• Incinerators
• Oilfield

For guidance in selecting the appropriate alloy in your application, contact us.