Classification, specifications and uses of copper and copper alloy wire mesh
2024-06-24 08:39:00
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Classification, specifications and uses of copper and copper alloy wire mesh
Classification of copper and copper alloys
There are three main ways to classify copper alloys: by alloy system, alloy function, and material formation method.
Classification by alloy system: According to the alloy system, it can be divided into non-alloy copper and alloy copper. Non-alloy copper includes high-purity copper, tough copper, deoxidized copper, oxygen-free copper, etc. People usually call non-alloy copper red copper or pure copper, also called red copper, while other copper alloys belong to alloy copper. my country and Russia divide alloy copper into brass, bronze and nickel silver, and then divide small alloy systems in the large categories.
Classification by alloy function: According to the function, there are copper alloys for electrical and thermal conductivity (mainly non-alloyed copper and micro-alloyed copper), structural copper alloys (almost all copper alloys), corrosion-resistant copper alloys (mainly tin brass, aluminum brass, various non-nickel copper, aluminum bronze, titanium bronze, etc.), wear-resistant copper alloys (mainly complex brass containing lead, tin, aluminum, manganese and other elements, aluminum bronze, etc.), free-cutting copper alloys (copper-lead, copper-tellurium, copper-antimony and other alloys), elastic copper alloys (mainly antimony bronze, aluminum bronze, beryllium bronze, titanium bronze, etc.), damping copper alloys (high manganese copper alloys, etc.), artistic copper alloys (pure copper, simple single copper, tin bronze, aluminum bronze, nickel silver, etc.). Obviously, many copper alloys have multiple functions.
Classification by material formation method: According to the material formation method, it can be divided into cast copper alloys and deformed copper alloys. In fact, many copper alloys can be used for both casting and deformation processing. Usually, deformed copper alloys can be used for casting, while many cast copper alloys cannot be deformed by forging, extrusion, deep drawing and drawing. Cast copper alloys and deformed copper alloys can be further divided into casting copper, brass, bronze and nickel silver.
Introduction to the classification, specifications and uses of copper and copper alloy wire mesh
Brass Mesh:
Material: Brass wire
Features: non-magnetic, wear-resistant, good ductility.
Specification: 10 mesh/inch - 100 mesh/inch Width: 0.6 - 1.5m
Weave: plain, twill.
Application: Screening various particles, powders, porcelain clay, glass, porcelain printing, filtering liquids and gases.
Phosphor bronze mesh: also known as tin bronze mesh
Material: Phosphor bronze wire (tin bronze wire)
Features: non-magnetic, wear-resistant, good ductility.
Specification: 10 mesh/inch - 350 mesh/inch Width: 0.6 - 1.5m
Weave: plain, twill.
Application: Screening various particles, powders, porcelain clay, glass, porcelain printing, filtering liquids and gases.
Copper mesh: also known as Zhanbi mesh
Material: Copper wire
Features: non-magnetic, wear-resistant, good sound insulation, filter electron beam
Specification: 4 mesh/inch - 60 mesh. inch
Width: 0.76-1.2m
Weave: plain, twill.
Application: Screening of various particles, powders, porcelain clay, glass, wall sound insulation, and electronic display screens.
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