Overview

This document provides technical information on rolled brass sheets intended for industrial and decorative applications. It includes material composition, mechanical properties, and finishing options, presented in multiple languages (English, Polish, Romanian, Czech/Slovak).

Material Specifications

Material Type: Rolled brass sheets.

Applications: Industrial and decorative uses.

Material Composition: The brass sheets are characterized by their chemical composition expressed as mass fractions (%). The document indicates the presence of copper, zinc, and other elements, with the remainder being unspecified (rest).

Density: Provided in g/cm³.

Supply Options: Sheets can be supplied with polished surface finish and/or plasticized finish to meet specific application requirements.

Mechanical Properties

The mechanical properties are detailed according to nominal thickness ranges, distinguishing between sheets up to 2.5 mm thick and those thicker than 2.5 mm.

• Tensile Strength: Resistance to tension is specified.
• Proof Stress (0.2% offset): The conventional yield strength is provided.
• Hardness: Material hardness values are included.
• Grain Size: Indicates metallurgical grain structure.
• Elongation: Percentage elongation indicating ductility.

Metallurgical State: The document references the metallurgical condition of the sheets, which affects mechanical properties.

Additional Information

The document mentions complementary products such as tellurium copper rods, suggesting a broader product range.

Manufacturer Website: www.bronmetal.com

Summary of Critical Parameters

• Material composition and density are key for quality control.
• Mechanical properties vary with thickness and metallurgical state.
• Finishing options allow customization for industrial or decorative use.

Best Practices and Recommendations

• Select sheet thickness based on mechanical property requirements.
• Consider surface finish options to enhance corrosion resistance or aesthetics.
• Verify metallurgical state to ensure suitability for intended mechanical performance.