Carbon Steel

• Low Carbon Steel
  Steel with carbon content between 0.05 - 0.25%, easy to shape and suitable for low strength fasteners.
• Medium Carbon Steel
  Steel with carbon content between 0.29 - 0.54%, ductile and strong with low wearing properties.
• High Carbon Steel
  Steel with carbon content between 0.55 - 0.95%, strong and ideal for high strength fasteners.
• Very High Carbon Steel
  Steel with carbon content between 0.96 - 2.10%, extremely strong and brittle.

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Alloy Steel

• Chromium
  Chromium alloyed steel with increased corrosion resistance among other alloy steel material.
• Chrome Vanadium
  Hardenable alloy steel with resistance to abrasion, oxidation and corrosion.
• Molybdenum
  Molybdenum bearing steels are generally employed for heat resistance application.
• Cr-Mo
  Low alloy steel with high tensile strength and corrosion resistance, suitable for high-temperature / pressure applications.
• Ni-Cr-Mo
  Low alloy steel with addition of nickel, chromium and molybdenum with high strength and impact properties.
• Ni-Mo
  Steel containing 0.2-0.3% molybdenum and 1.65-3.75% nickel as alloying elements with case hardening properties.
• Nickel Chromium
  Nickel and chromium added alloy steel with toughness, resistance to oxidation and corrosion.
• Silicon Manganese Steel
  Alloy steel designed for spring products at high temperature service applications.
• Tool Steel
  Distinctive Hardness, resistance to abrasion and deformation with prominent stability at high strength.

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Stainless Steel

• Austenic Stainless Steel
  Range of low cost corrosion resistant nickel chromium alloys with low carbon content.
• Ferritic Steel
  High chromium magnetic stainless steel with good ductility, resistance to corrosion and stress corrosion cracking.
• Martensitic Stainless Steel
  Heat-treatable magnetic stainless steel with resistance to erosion and wearing due to high core hardness.
• Precipitation Hardening
  Group of age-hardened stainless steel alloys, capable of achieving high tensile strength through heat-treatment.
• Duplex Steel
  Dual phase alloy including austenitic and ferritic microstructure with high strength and corrosion resistance.
• Super Duplex Steel
  Similar to Duplex but with higher chromium and molybdenum content that adds increased corrosion resistance.
• High Moly Stainless Steel
  Austenitic stainless steel with increased molybdenum content for superior corrosion resistance.

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Super Alloys

• Stellite
  Non magnetic Cobalt Chromium alloys, designed for wear resistance and high corrosion resistance.
• Waspalloy
  Age hardening high nickel based alloy, designed for use in high temperature applications like gas turbines.
• Maraging
  Carbon free iron alloys and upto 25% nickel, known for superior strength gained by slow cooling and age hardening.
• Rene® Alloys
  Nickel based alloys capable of retaining high strength over temperature between 1200 - 1800° F.
• Sanicro® Alloys
  High alloy multi-purpose austenitic stainless steel with high resistance to acids, SCC, pitting anc crevice corrosion.
• Invar® Alloys
  Nickel iron alloy with uniquely low coefficient of thermal expansion, also known by generic name FeNi36.
• Nilo® Alloys
  Alike Invar® alloys, Nilo® alloys nickel iron alloys offering exceptionally low coefficient of thermal expansion.

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Non Ferrous Metal & Alloys

• Titanium
  Metal with low density and high strength offering high strength to weight ratio with wide range of applications.
• Titanium Alloy
  Family of alloys with titanium and other elements providing range of strength and toughness.
• Copper
  Non ferrous ductile metal with high thermal and electrical conductivity.
• Copper Alloys
  Family of copper alloys with addition of various alloying elements like tin, zinc, manganese, silicon and aluminium.
• Tantalum
  A rare transition metal that is hard, highly corrosive and almost immue to chemical attacks
• Zirconium
  Strong transition metal that is highly corrosion resistant with nuclear applications.
• Aluminium
  Non magnetic, highly ductile, light weight metal with high thermal and electrical conductivity.
• Nickel
  Hard and ductile transition metal with superior strength and corrosion resistance.
• Nickel Alloys
  Family of high nickel based alloys with enhanced properties for high performance service.

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High Performance Nickel Alloys

• Inconel
  A high nickel based super alloy with addition of chromoum and iron, resistant to corrosion at high temperatures.
• Monel
  Nickel copper alloy with high tensile strength and resistance to sea water corrosion.
• Hastelloy
  Nickel chromium molybdenum superalloy with primary resistance to chemical attacks, crevice and pitting.
• Incoloy
  Nickel based high performance alloy with exceptional resistance to many aggressive corrosion environments.
• Nimonic
  Wrought, age-hardened Nickel Chromium alloy that is strengthened by additives like titanium, aluminium and carbon.

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Copper Alloys

• Chromium Copper
  Heat treatable, corrosion resistant copper alloy which combines high electrical conductivity with high strength.
• Copper Nickel
  Alloy of copper and nickel exhibiting high resistance to sea-water and marine biofouling.
• Beryllium Copper
  Also known as copper beryllium having highest strength among any copper alloy.
• Brass
  Widely used alloy of copper and zinc that can be varied to achieve varying mechanical and electrical properties.
• Molybdenum
  Ductile metal having highest melting point after tantalum and tungsten and is highly resistant to corrosions.
• Aluminium Bronze
  Copper alloy that is used in highly corrosive environments besides providing optimum wear and abrasive resistance
• Nickel Aluminium Bronze
  Copper alloy best known for their high strength and corrosion resistance.
• Silicon Aluminium Bronze
  Silicon added aluminium bronze with enhanced strength, corrosion resistance and impact strength.
• Phosphor Bronze
  Alloy of copper, phosphorus and tin with increased strength, corrosion resistance, and wear resistance.
• Silicon Bronze
  Low leaded copper alloy with high corrosion resistance ideal for marine industry.
• Manganese Bronze
  Ideal for high load, low speed applications that require a combination of outstanding wear characteristics and high bearing strength.
• Tin Bronze
  A hard, strong alloy able to withstand wear and corrosion under high load, low speed applications.