Alloy with nickel base.

Can endure hydrochloric acid, sulfuric acid, nitric acid, phosphoric acid and has strong resistance to damage due to corrosion and crack from stress, fitting, heat, and cuts. 

Steel and copper show quick corrosion due to salt created from hydrochloric acid.

At 538~870°C temperature, able to maintain vacuum due to reduced ductility.

Nickel-molybdenum alloy that shows strong resistance to hydrochloric acid.

Strong resistance to damage due to Pitting Corrosion, corrosion and crack from stress, fitting, heat and cuts, and has excellent stability and ductility at high temperature.

Steel and copper show quick corrosion due to salt created from hydrochloric acid.

Nickel-chrome-molybdenum alloy.

High ductility, corrosion resistance, stability at high temperature, corrosion from stress, oxidation resistance, and endures well in various chemical treatment environments, and able to treat through forging and extrusion.

When welding, it should be refrained from being treated at overly high temperature.

Nickel-chrome-molybdenum-tungsten alloy.

Strong resistance to fitting, corrosion and crack from stress, and corrosion and crack,
Appropriate for multi-purpose factories due to its high endurance of oxidizing water.

Widely used in chemical treatment environments where strong oxidizers are used.

Used in environments exposed with acetic anhydride, chlorine treatment when manufacturing cellophane,
When various acids are mixed together, gas cleaner, nuclear fuel re-treatment for each region,

Used in incinerator dust collectors, dust collectors with HF

Multi-purpose corrosion-resistance alloy, nickel-molybdenum-chrome

Able to be applied in various chemical treatment, excellent resistance to oxidization environment, strong acid.