Overview

Stainless steel is one of the most widely used materials in precision manufacturing. Known for its strength, corrosion resistance, and versatility, stainless steel is ideal for components that demand both durability and a clean, professional finish.

Key Properties

• Corrosion Resistance – Naturally resists rust, staining, and oxidation.

• Strength & Toughness – Maintains mechanical strength across a wide temperature range.

• Clean & Hygienic – Easy to sanitize, making it popular in medical, food, and aerospace applications.

• Heat Resistance – Performs well under high-temperature conditions.

• Aesthetic Appeal – Polished finishes provide both functional and decorative value.

Common Grades We Work With

• 303 Stainless Steel – Excellent machinability; ideal for precision components.

• 304 Stainless Steel – Most common grade; excellent corrosion resistance.

• 316 Stainless Steel – Superior resistance to chemicals and marine environments.

• 410 Stainless Steel – High strength and hardness; moderate corrosion resistance.

• 17-4 PH Stainless Steel – Precipitation-hardening; combines high strength with corrosion resistance.

Applications

• Aerospace components

• Medical devices and surgical instruments

• Automotive parts

• Washers, spacers, and fasteners

• Food processing equipment

• Marine hardware

Specifications

• Standards: ASTM, SAE, AMS, and DFARS-compliant materials available

• Forms: Bar, plate, sheet, tubing, and custom-machined components

• Finishes: Mill, polished, passivated, and custom coatings available

Why Choose Stainless Steel?

• Longevity and reduced maintenance costs

• Resistance to harsh environments and chemicals

• Wide availability in multiple grades and forms

• Meets critical aerospace, medical, and defense specifications

Overview

Nickel alloys are engineered for high performance in demanding environments where strength, heat resistance, and corrosion resistance are critical. They are commonly used in aerospace, marine, chemical processing, and energy industries due to their ability to maintain mechanical properties under extreme conditions.

Key Properties

• Superior Corrosion Resistance – Performs well in acidic, alkaline, and high-salinity environments.

• High-Temperature Strength – Retains mechanical integrity at elevated temperatures.

• Oxidation Resistance – Excellent resistance to scaling and degradation in oxidizing conditions.

• Toughness & Durability – Maintains strength and toughness under stress and pressure.

• Versatility – Available in a wide range of specialized compositions for targeted performance.

Common Nickel Alloys We Work With

• Monel® 400 – Strong, ductile alloy with excellent resistance to seawater and acids.

• Inconel® 600 – High resistance to heat and oxidation; ideal for furnace and aerospace parts.

• Inconel® 718 – Precipitation-hardening alloy with outstanding creep and rupture strength.

• Hastelloy® C-22 / C-276 – Exceptional resistance to strong oxidizers, acids, and harsh chemicals.

• Nickel 200 / 201 – Commercially pure nickel with excellent corrosion resistance and conductivity.

Applications

• Aerospace engine components

• Turbine blades and exhaust systems

• Marine fasteners and hardware

• Chemical processing equipment

• Heat exchangers and boilers

• Oil & gas industry parts

Specifications

• Standards: ASTM, ASME, AMS, and DFARS-compliant materials available

• Forms: Plate, sheet, bar, wire, tubing, and custom-machined parts

• Finishes: Mill, polished, passivated, and specialized coatings

Why Choose Nickel Alloys?

• Outstanding durability in extreme environments

• Long service life with reduced downtime and maintenance

• Reliable performance in aerospace, marine, and energy industries

• Designed to meet strict industry specifications for high-stress applications

Overview

Alloy steel is carbon steel enhanced with elements such as chromium, nickel, molybdenum, vanadium, and manganese to improve strength, toughness, and wear resistance. These steels are widely used in aerospace, automotive, oil & gas, and heavy equipment industries due to their balance of performance, machinability, and cost-effectiveness.

Key Properties

• High Strength & Toughness – Engineered to handle heavy loads and impact.

• Wear & Abrasion Resistance – Suitable for high-friction applications.

• Heat Treatability – Can be hardened, tempered, or case-hardened for specific applications.

• Fatigue Resistance – Performs well under repeated stress cycles.

• Versatility – Available in a wide range of compositions and grades for different applications.

Common Alloy Steels We Work With

• 4140 / 4340 Steel – High-strength steels with excellent toughness; commonly used in aerospace and automotive parts.

• 8620 Steel – Case-hardening alloy with a tough core and wear-resistant surface.

• 52100 Bearing Steel – High-carbon, high-chromium steel for bearings and precision components.

• 6150 Steel – Chromium-vanadium alloy with excellent fatigue resistance; used in springs and tools.

• 8740 Steel – Nickel-chromium-molybdenum steel known for toughness and hardenability.

Applications

• Gears, shafts, and axles

• Aerospace components

• Automotive parts (crankshafts, connecting rods, springs)

• Oil & gas drilling equipment

• Heavy machinery and construction equipment

• Bearing and tool components

Specifications

• Standards: ASTM, SAE, AMS, and DFARS-compliant materials available

• Forms: Bar, plate, sheet, tubing, forgings, and custom-machined parts

• Heat Treatments: Annealed, quenched & tempered, case-hardened, and induction-hardened

Why Choose Alloy Steel?

• Cost-effective balance of performance and machinability

• Excellent mechanical properties for high-stress applications

• Adaptable to multiple heat treatments for customized performance

• Trusted in aerospace, automotive, energy, and heavy industry applications

Overview

Aluminum is a lightweight, versatile metal known for its exceptional strength-to-weight ratio, corrosion resistance, and excellent machinability. Its unique combination of properties makes it an essential material for aerospace, automotive, defense, medical, and industrial applications where weight savings and durability are critical.

Key Properties

• Lightweight Strength – One-third the weight of steel while maintaining excellent structural integrity.

• Corrosion Resistance – Naturally forms a protective oxide layer to resist rust and oxidation.

• Excellent Machinability & Formability – Easy to machine, extrude, stamp, or form into complex shapes.

• High Thermal & Electrical Conductivity – Performs well in heat transfer and electrical applications.

• Non-Magnetic & Non-Sparking – Safe for specialized applications in sensitive environments.

Common Aluminum Alloys We Work With

• 6061 Aluminum – Highly versatile; excellent corrosion resistance and strength.

• 7075 Aluminum – Aerospace-grade alloy with exceptional strength and fatigue resistance.

• 2024 Aluminum – Strong and lightweight; ideal for aerospace and automotive parts.

• 5052 Aluminum – Superior corrosion resistance; commonly used in marine and chemical environments.

• 1100 Aluminum – Commercially pure; excellent corrosion resistance and workability.

Applications

• Aerospace components and structural parts

• Automotive and transportation systems

• Medical devices and equipment housings

• Marine and chemical processing components

• Heat exchangers and electrical systems

• Precision washers, spacers, and fasteners

Specifications

• Standards: ASTM, SAE, AMS, and DFARS-compliant materials available

• Forms: Plate, sheet, bar, tubing, extrusions, and custom-machined parts

• Finishes: Mill, anodized, polished, powder-coated, and custom coatings

Why Choose Aluminum?

• Exceptional strength-to-weight ratio for performance and efficiency

• Outstanding corrosion resistance for long-lasting reliability

• Versatility across aerospace, automotive, medical, and industrial sectors

• Wide range of alloys and finishes tailored to your exact needs

Overview

Carbon steel is one of the most widely used engineering materials, valued for its strength, versatility, and cost-effectiveness. By adjusting the carbon content and heat treatment, carbon steels can range from soft and ductile to extremely hard and wear-resistant, making them essential across construction, automotive, energy, and general manufacturing industries.

Key Properties

• High Strength & Durability – Provides excellent load-bearing capability and wear resistance.

• Versatility – Available in low, medium, and high carbon grades for different applications.

• Machinability & Weldability – Lower carbon steels are easily formed and welded, while higher carbon steels can be hardened.

• Cost-Effective – Economical compared to many alloy steels and specialty metals.

• Heat Treatability – Can be hardened, tempered, or normalized for improved performance.

Common Carbon Steels We Work With

• Low Carbon Steel (1018, 1020) – Good machinability and weldability; ideal for structural and general-purpose parts.

• Medium Carbon Steel (1045, 1144) – Higher strength and toughness; commonly used in gears, shafts, and machinery.

• High Carbon Steel (1095, 1075) – Extremely hard and wear-resistant; suitable for tools, blades, and springs.

• A36 Structural Steel – Widely used structural grade with excellent weldability.

Applications

• Structural components and frameworks

• Automotive parts (gears, axles, shafts)

• Machinery and industrial equipment

• Fasteners, washers, and spacers

• Cutting tools, blades, and springs

• Construction and infrastructure materials

Specifications

• Standards: ASTM, SAE, AMS, and DFARS-compliant materials available

• Forms: Plate, bar, sheet, tubing, forgings, and custom-machined parts

• Heat Treatments: Annealed, normalized, quenched, and tempered

Why Choose Carbon Steel?

• Widely available and highly versatile across industries

• Cost-effective material solution without compromising performance

• Adjustable mechanical properties through carbon content and heat treatment

• Trusted in structural, automotive, and industrial applications worldwide

Overview

Brass and bronze are copper-based alloys known for their strength, durability, and resistance to corrosion. These metals combine functional performance with an attractive appearance, making them highly versatile for industrial, marine, architectural, and decorative applications. With excellent machinability and unique properties, brass and bronze are essential choices where both performance and aesthetics matter.

Key Properties

• Corrosion Resistance – Excellent protection against moisture, seawater, and many chemicals.

• High Strength & Durability – Withstands heavy use while maintaining dimensional stability.

• Machinability & Formability – Easy to machine, stamp, or form into precision parts.

• Thermal & Electrical Conductivity – Performs well in conductive and heat transfer applications.

• Aesthetic Appeal – Distinct golden or reddish tones ideal for architectural and decorative uses.

Common Brass & Bronze Alloys We Work With

• C260 Cartridge Brass – Excellent cold workability and corrosion resistance.

• C360 Free-Machining Brass – Superior machinability; widely used in precision components.

• C932 Bearing Bronze – High wear resistance; ideal for bushings and bearings.

• C954 Aluminum Bronze – Exceptional strength and corrosion resistance in marine and industrial settings.

• Naval Brass (C464) – Designed for seawater applications with enhanced durability.

Applications

• Bushings, bearings, and wear components

• Marine hardware and fittings

• Electrical connectors and terminals

• Valves, pumps, and plumbing components

• Architectural accents and decorative hardware

• Precision washers, spacers, and fasteners

Specifications

• Standards: ASTM, SAE, and DFARS-compliant alloys available

• Forms: Plate, sheet, bar, tubing, castings, and custom-machined parts

• Finishes: Polished, coated, and as-machined surfaces

Why Choose Brass & Bronze?

• Exceptional wear resistance and reliability in marine and industrial environments

• Superior machinability for high-precision components

• Excellent corrosion resistance for long service life

• Attractive appearance with functional strength