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110 Copper Sheet Sample Pack, Unpolished (Mill) Finish, H02 Temper, ASTM B370, Varying Thicknesses, 4" Width, 4" Length

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Specifications for this item
Overall Width
4  inches
Width Tolerance
+0.125/-0  inches
Item Shape
Part Number
Brand Name
Small Parts
Specification Met
Material Composition
Number of Items
Indentation Hardness
40  Rockwell B
Tensile Strength Max
42100  PSI
Material Type
Thickness Tolerance
+/-0.007  inches
(Multiple)  inches
Length Tolerance
+0.125/-0  inches
Exterior Finish
Unpolished (Mill)
Overall Length
4  inches
System of Measurement

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Key Features

  • 110 copper has high conductivity and formability
  • Meets ASTM B370 specifications
  • Unpolished (mill) surface has no finish
  • H02 temper has been cold worked to a 1/2 hard temper
  • Standard tolerance; The thicknesses in this pack are: 0.0162" (12 oz.), 0.0216" (16 oz.), 0.032" (24 oz.), 0.043" (32 oz.), 0.0647" (48 oz.)

Package Details

Shipping Weight: 0.9 pounds
Package Size: 4 x 4 x 0.3 inches

Product Description

The 110 copper sheet with H02 temper is unpolished, meets American Society for Testing and Materials International ASTM B370 specifications, and has a standard tolerance. The 110 copper alloy is 99.9% pure copper and has high conductivity and formability. The material has an H02 temper, meaning it has been cold worked to a 1/2 hard temper.

Copper, brass, and bronze are known as red metals because they contain copper, which has a reddish color. Copper, a term that applies to alloys containing at least 99.3% copper, offers very high thermal and electrical conductivity and provides corrosion resistance, formability, and machinability. Brass is an alloy of copper and varying levels of zinc, sometimes with additional elements. It provides greater strength and better machinability than copper or bronze. Bronze is commonly an alloy of copper and tin, but sometimes it is copper alloyed with other elements such as aluminum, phosphorus, manganese, or silicon. Tin gives bronze more corrosion resistance than brass and greater strength than copper. Copper and its alloys have temper designations, meaning the material has undergone a process to achieve certain properties of strength and hardness.

Tensile strength, used to indicate the material's overall strength, is the peak stress it can withstand before it breaks. Corrosion resistance describes the material's ability to prevent deterioration caused by atmosphere, moisture, or other medium. Wear resistance indicates the ability to prevent surface damage caused by contact with other surfaces. Hardness (commonly measured as indentation hardness) describes its resistance to permanent surface deformation. Formability indicates how easily the material can be permanently shaped. Machinability describes how easily it can be cut, shaped, finished, or otherwise machined, while weldability characterizes the ability to be welded.

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