Many engineering projects require materials that balance strength, conductivity, corrosion resistance, and machinability.

Compared with pure copper, brass alloys provide:

• Higher mechanical strength
• Better wear resistance
• Easier machining
• Lower material cost
• Improved dimensional stability

Compared with stainless steel, brass offers:

• Higher electrical conductivity
• Better thermal conductivity
• Excellent cold-forming performance
• Easier engraving and polishing
• Decorative golden appearance without surface coating

These advantages make brass sheets an ideal choice for electrical, industrial, and decorative applications.

Sylaith Steel supplies brass sheets in multiple ASTM and Chinese grades with flexible processing capabilities.

Available services include:

• Custom cutting to size
• Laser cutting
• CNC machining
• Punching
• Bending
• Welding
• Mirror polishing
• Hairline finishing
• PVC protective film
• OEM manufacturing

Each order is supplied with strict dimensional inspection and can include EN 10204 3.1 Mill Test Certificate (MTC) upon request.

Electrical Industry

• Electrical conductors
• Busbars
• Switchgear
• Electrical terminals
• Connectors
• Distribution equipment

Decorative Engineering

• Interior decoration
• Elevator panels
• Hotel decoration
• Architectural cladding
• Furniture trim
• Signage
• Nameplates

Hardware Manufacturing

• Fasteners
• Hinges
• Locks
• Handles
• Mechanical fittings
• Precision hardware

Industrial Fabrication

• Metal stamping
• Laser cutting
• Deep drawing
• CNC machining
• Precision fabrication
• Equipment components

Brass is produced by alloying copper with zinc to achieve a balance of conductivity, strength, corrosion resistance, and formability.

Production typically includes:

1. Copper and zinc alloy melting
2. Continuous casting
3. Hot rolling
4. Cold rolling
5. Annealing (according to required temper)
6. Surface finishing
7. Precision leveling
8. Dimensional inspection
9. Packaging for export

Different copper contents and tempers provide varying levels of ductility, hardness, and strength, allowing the material to meet diverse manufacturing requirements.

Choose the Appropriate Grade

• C26000 (Cartridge Brass) - Excellent cold-working properties, ideal for deep drawing, stamping, and electrical components.
• C28000 (Muntz Metal) - Higher strength and better wear resistance for industrial and marine applications.
• H62 - Cost-effective with good ductility for general fabrication and decoration.
• H65 - Better corrosion resistance and balanced strength for precision hardware.
• H70 - Higher copper content with excellent formability, suitable for deep drawing and electrical products.

Select the Required Thickness

• 0.2-1 mm: Precision stamping and electronic components
• 1-3 mm: Decorative panels and electrical conductors
• 3-6 mm: Mechanical parts and industrial fabrication
• 6-10 mm: Structural and heavy-duty machining

Choose the Surface Finish

Select according to your application: Mill Finish, Bright Finish, Mirror Finish, Hairline Finish, or Brushed Finish.

Confirm Processing Requirements

If your project requires laser cutting, CNC machining, bending, or punching, choosing the appropriate temper can improve forming performance and machining efficiency.