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Red Brass vs Yellow Brass: Comparaison détaillée

Robert Lee
Robert Lee
Publié 28 Août 2025
Table des matières

Red brass and yellow brass are two of the most commonly used copper alloys. Both of them provide exceptional features that affect strength, cost, and performance in different environments.

In this blog, you will learn the accurate differences between red brass vs yellow brass, including their structure, properties, and applications. This guide will help you decide which material is the best choice for your particular needs.

What is Red Brass?

Red brass is a copper-zinc alloy with a considerable copper content, which gives it a reddish look. It is commonly chosen for its excellent resistance to corrosion and ease of machining.

Characteristics of Red Brass

  • Includes around 85% copper and 15% zinc.
  • Shown a reddish tone.
  • Excellent workability.
  • Strong durability to corrosion and dezincification.
  • Good electrical and thermal conductivity.

Advantages of Red Brass

What is Red Brass

  • Durable et pérenne
  • Performs well in moist or oceanic environments
  • Easy to shape.
  • Strong for stylish and industrial applications
  • Suitable for welding and joining.

What is Yellow Brass?

What is Yellow Brass

Yellow brass, also known as cartridge brass. Yellow brass has a greater zinc content than red brass. Its shining yellow shade makes it preferable for plumbing, hardware, and musical tools.

Characteristics of Yellow Brass

  • Usually 60–70% copper and 30–40% zinc.
  • Bright yellow shade.
  • Good corrosion strength.
  • Strong and long-lasting for mechanical use.
  • Lightweight and easy to handle as compared to red brass.

Advantages of Yellow Brass

  • Cheap due to higher zinc content.
  • High strength and durability.
  • Commonly used in plumbing and hardware.
  • Good audible properties for musical instruments
  • Easy to machine with added lead

Chemical Composition of Red Brass vs Yellow Brass

Élément Laiton rouge Yellow Brass
Cuivre ~85% ~65%
Zinc ~15% ~35%
Etain 1–5% Traces
Plomb Small % Small %

Physical Properties of Red vs Yellow Brass

Propriété Laiton rouge Yellow Brass
Color Reddish tone Golden yellow
Densité (g/cm³) 8.8–8.9 8.4–8.7
Point de fusion (°C) 1027 904
Conductivité électrique Haut Modéré
Conductivité thermique Excellent Bon

Mechanical Properties of Yellow vs Red Brass

Propriété Laiton rouge Yellow Brass
Résistance à la traction ~250–300 MPa ~300–350 MPa
Limite d'élasticité ~435 MPa ~97 MPa
Hardness (HB) 65–74 Up to 279
Aptitude au travail Excellent Very good

Differences Between Red Brass vs Yellow Brass

Differences Between Red Brass vs Yellow Brass

La force

Red brass is smooth and easy to machine, ideal for styling and accurate parts. Yellow brass is harder and more long-lasting, making it applicable for industrial and plumbing uses.

Poids

Red brass, with its high copper content, is denser than yellow brass. This difference concerns aerospace and automotive components, where weight decrease is critical.

Résistance à la corrosion

Red brass offers better corrosion resistance and resists dézincification, making it stable for marine and water systems. Yellow brass performs well but is less durable in highly corrosive conditions.

Durabilité

Yellow brass gave greater hardness and tensile strength, suitable for heavy-duty applications. Red brass is softer but withstands pressure and stress cracking better.

Coût

Coût

Yellow brass is more budget-friendly/inexpensive due to its zinc content. Red brass is more expensive, but it provides long-term value in harsh environments where corrosion resistance is necessary.

Scrap Price

Scrap prices are associated with copper content. Red brass usually has a higher scrap value than yellow brass due to its higher copper percentage.

Similarities Between Red Brass and Yellow Brass

Aspect Description
Composition de l'alliage Copper-zinc alloy composition
Usinabilité Great machinability
Conductivité Great electrical and thermal conductivity
Applications courantes Most commonly used for styling and industrial applications
Durabilité Reusable and readily available

Red Brass vs Yellow Brass Applications

Jewelry Making

Jewelry Making

Both alloys are used for making Jewelry. Red brass for its soft tone, yellow brass for its golden shine.

Saxophone

Yellow brass dominates in saxophones, creating brilliant and lively tones.

Trombone

Yellow brass trombones are known for their durability and deep sound.

Trumpet

Trumpets are generally made from yellow brass, though red brass provides a warmer tonal variation.

Aircraft Component

Aircraft Component

Red brass is used in parts that need corrosion resistance. Yellow brass is for those who need strength.

Marine Components

Red brass is perfect for saltwater environments due to its better corrosion resistance.

Electrical Plugs and Sockets

Both red and yellow brass are commonly used for electrical fittings due to their good electrical flow capacity.

Pièces détachées automobiles

Yellow brass is preferred for fittings and connectors. Red brass is used in moisture-prone areas.

DEK for High Precision Brass Metal Parts

Au DEK, we are focused on the accurate machining of both red and yellow brass parts. Our team guarantees high accuracy, consistent performance, and challenging pricing. Contact us today to request a free quote for your laiton components.

Conclusion

Both red brass and yellow brass provide unique benefits. Red brass outshines in corrosion resistance and consistent performance. Yellow brass gives higher strength at a lower price/budget. The choice depends on your application and budget needs.

FAQ

Is red brass better than yellow brass?

Red brass is a good option for corrosion resistance and workability, making it perfect for plumbing and marine uses.

Red brass vs yellow brass, which is stronger?

Yellow brass is harder, while red brass is smoother but resists stress cracking.

Red brass vs yellow, which is cheaper?

Yellow brass is less expensive because of its higher zinc and lower copper content.

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Robert Lee
About the Author
Robert Lee
- Materials Engineer at DEK
Robert specializes in material properties and machining behavior across metals and plastics. He is familiar with aluminum alloys, stainless steels, titanium, copper alloys, tool steels (including DC53, S136, SKD61), Invar, Inconel, PEEK, and carbon-fiber composites. He supports projects requiring difficult materials and helps optimize machining strategies.
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