The following general metal comparison is intended as a guide only to help you select the optimum metal for your application.
Virtually all metals can be woven into wire cloth. For best results, please describe the application on your order or discuss it with your metallurgist.
Low carbon C1008 most commonly used. High carbon/hard drawn for high tensile strength. Oil tempered high carbon for high tensile strength and good abrasion resistance.
Long life under severe corrosion and temperature conditions...Type 304 SS is the most common...other types available as specified.
High nickel chromium and nickel copper alloys such as monel and inconel withstand temperatures up to 1800 degrees F...resist corrosion in acids, sea water and caustic solutions.
Excellent corrosion resistance in most environments except sulfurous conditions...most commonly used petrochemical and heat treating applications.
Light weight, good electrical conductor and resists atmospheric corrosion...5056 alloy is used for higher strength.
Good formability with excellent electrical and thermal conductivity...resists corrosion from fresh and saltwater, alkaline solutions and atmosphere...low tensile strength.
Most common 80% copper/20% zinc...good formability with lower thermal conductivity and higher tensile strength than copper...resists corrosion like copper.
Most common 90% copper/10% zinc...better corrosion resistance and lower strength than brass.
Such as tantalum, molybdenum, silver and platinum can be furnished as specified.
Approximate Maximum Operating Temperatures (Degrees Fahrenheit)
Conversion Factors For Various Metals
The weights shown for square mesh are based on plain steel. To find the approximate weight for wire manufactured of other metals, multiply the weight of plain steel wire by the appropriate factor given in the table below.