MATERIALS / DRAWING-BASED MANUFACTURING

Choose the grade before choosing the process.

Compare the metal families KEC Tour reviews for custom fittings, turned parts, housings, brackets and post-machined castings. Final selection stays controlled by your released drawing and quotation.

Discuss material requirements
Generated studio scene of custom machined metal components
ExposureFluid, chemicals, weather and temperature
FunctionStrength, weight, wear and conductivity
FinishPassivation, plating, anodizing or coating
EvidenceGrade, certificate and inspection scope
METAL MATERIAL GUIDES

Start with a specific alloy family.

Each guide explains where the material may fit, what must be confirmed in the RFQ and which process or finish decisions influence the quotation.

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Austenitic stainless steel

Stainless Steel 304

A widely specified stainless grade for general industrial, instrument and outdoor hardware where corrosion resistance, clean appearance and fabrication flexibility matter.

Open material guide
Generated product scene of machined stainless steel 316 fittings and housings02
Corrosion-resistant austenitic stainless steel

Stainless Steel 316

Often considered for fluid, marine, coastal and chemical-exposure hardware where the application requires a more demanding corrosion strategy than general-purpose stainless steel.

Open material guide
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Lightweight non-ferrous alloys

Aluminum Alloys

A practical family for lightweight housings, brackets, covers, fixtures and mobility hardware, with alloy and temper selected around strength, machining, forming and finish.

Open material guide
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Copper-zinc alloys

Brass

Commonly considered for compact threaded connectors, bushings, adapters and detailed turned hardware where machinability and a distinctive non-ferrous material are useful.

Open material guide
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High-conductivity non-ferrous metal

Copper

Used where electrical or thermal conductivity is a functional priority, with grade, temper, cleanliness and joining requirements controlled by the drawing.

Open material guide
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General engineering steels

Carbon Steel

A broad family for shafts, sleeves, brackets, fixtures and structural hardware where strength, cost and secondary corrosion protection are balanced.

Open material guide
Generated product scene of machined alloy steel shafts gears collars and bearing hardware07
Higher-strength engineering steels

Alloy Steel

Considered for load-bearing shafts, collars, machine elements and wear-sensitive parts where a specific alloy and heat-treatment condition are part of the design.

Open material guide
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Die-casting alloys

Zinc Alloy

Used for compact die-cast housings and hardware when repeatable casting detail, practical surface finishing and selected post-machined interfaces are required.

Open material guide
MATERIAL SELECTION RULE

Do not quote “stainless,” “aluminum” or “steel” alone.

Specify the alloy or grade, condition or temper, raw-material form, finish, certification requirement and any approved substitution rule.

Media compatibility, pressure, corrosion life and regulatory acceptance remain the buyer’s engineering responsibility unless a defined validation scope is agreed.

NOT SURE WHICH GRADE TO RELEASE?

Send the environment, function and drawing.

Request manufacturing review