Custom Bronze CNC Machining Services
Weldo machines custom bronze components for mechanical equipment, precision instruments and aerospace applications, supporting complex parts from prototypes through production.
Strengths, Limitations and Applications
A concise selection view based on the original bronze material content, organized for engineers and purchasing teams.
Points forts
- Usinabilité : Low cutting resistance supports complex parts.
- Résistance à l'usure : Suitable for bearings, gears and friction components.
- Résistance à la corrosion : Useful in humid, outdoor and marine environments.
- Conductivité : Supports thermal and electrical applications.
- Stabilité dimensionnelle : Limited post-machining deformation.
Limites
- Material cost: Generally higher than common steel or aluminum.
- Higher density: Adds weight to lightweight assemblies.
- Alloy-dependent cutting: Harder grades can reduce machining efficiency.
- Appearance requirements: Decorative parts may need additional polishing.
Applications
- Machines industrielles : Bearings and gears.
- Marine engineering: Propulsion and instrument components.
- Aérospatiale : Valve bodies and bushings.
- Électronique : Connectors, terminals and heat sinks.
Physical Properties of Common Bronze Types
The composition of bronze alloys can be adjusted for different strength, wear and corrosion requirements. The original material data is organized below without horizontal scrolling.
Bronze étain
CuSn10 · EN CC480K
Bronze phosphoreux
CuSn6 · ASTM B103 / UNS C51900
Aluminium Bronze
CuAl10Fe3 · EN CW307G
Nickel Aluminium Bronze
CuAl11Ni6Fe5 · ASTM B150 / UNS C63000
Palier Bronze
CuPb15Sn8 · ISO 4382 / Similar to C93800
Leaded Tin Bronze
CuSn5Zn5Pb5 · EN CC491K
SAE 660 Bearing Bronze
CuSn10Pb5 · ASTM B505 / UNS C93200
Values are typical references and may vary with temper, product form and standard. See the machining bronze guide for additional alloy-selection context.
Bronze CNC Machining Parts
Four representative bronze components from the original page are arranged in one compact row with every image fully visible.
Surface Finishes for Bronze Parts
Bronze already provides useful corrosion resistance. Selected finishes can further improve appearance, wear behavior or environmental protection.
Polishing & Texturing
Mechanical polishing, chemical polishing, sandblasting and wire drawing adjust gloss, smoothness and texture.
Placage électrolytique
Copper, nickel or chromium plating changes surface properties; composite coatings can add wear resistance.
Revêtements protecteurs
Passivation and spray coatings help isolate the surface from moisture and harsh service environments.
Decorative Coloring
Chemical coloring and alloy-dependent oxide treatments produce darker or colored decorative surfaces.
Coordinated Support for Custom Bronze Parts
The original Weldo page combines material options, machining processes, surface finishing and cross-industry bronze experience in one workflow.
Multiple Bronze Families
Tin, aluminum, bearing and lead-tin bronze options support different strength, wear and corrosion needs.
Fabrication intégrée
Casting, extrusion, CNC machining and Wire EDM cover a range of part shapes and feature requirements.
Surface Finish Support
Polishing, plating, texturing, coloring and protective coatings can be selected for the target application.
Cross-Industry Experience
Bronze components support machinery, precision instruments, marine systems, electronics and aerospace uses.
Frequently Asked Questions About Bronze
Concise answers about bronze properties, machinability and corrosion behavior.
Quel est le type de matériau du bronze ?
Bronze is an alloy primarily composed of copper and tin, with other elements added for specific properties. Its strength, castability and corrosion resistance support machinery, shipbuilding and electrical applications.
Is bronze magnetic?
Bronze is generally non-magnetic because its main constituents, copper and tin, are non-ferromagnetic. This makes it useful for precision instruments, electronic components and applications where magnetic interference should be limited.
Le bronze se raye-t-il facilement ?
Some softer or higher-tin bronze alloys can scratch relatively easily. Aluminum, zinc or other alloying elements may improve hardness, while coatings and plating can add surface protection against scratching and abrasion.
What is the best bronze for machining?
C93200 (SAE 660) is a common choice because it machines easily and offers good wear resistance. Final selection depends on strength, corrosion and lead-free requirements.
Can bronze rust?
Bronze does not rust like iron, but it can oxidize and develop a protective patina. Harsh marine or chemical environments may still cause corrosion.
Send Your Bronze Part Drawing for Review
Include the bronze grade, quantity, critical tolerances and finish requirements so Weldo can review the machining approach and quotation.
- STEP
- STP
- IGES
- X_T
- DWG
- PDF (EN ANGLAIS)