Regular Duty Steel Strapping - 3/4 x .020

Regular Duty Steel Strapping - 3/4 x .020

  • $118.50


Average Coil Weight: 105 lbs.
Break Strength: 1,750 lbs
Coil Winding: Mill
Coils Per Pallet: 12
Length: 2058 ft
Strap Finish: Painted & Waxed
Thickness: 0.02
Type:åÊStandard Grade Steel - Regular Duty
Weight: 106 lbs
Width: 3/4 in
Yield: 19.6 ft/lb
Item Ships Same day or next business day
sku width thickness break strength yield coils/pallet avg. coil weight Price Per Coil 1 2 6 12 Buy
11633 3/4" .020" 1,750 lbs. 19.6 ft/lb 12 105 lbs. $118.50

Regular Duty Steel Strapping - 3/4 x .020

Sku: 11633
width:
3/4"
thickness:
.020"
break strength:
1,750 lbs.
yield:
19.6 ft/lb
coils/pallet:
12
avg. coil weight:
105 lbs.

Ships via Motor Freight

Standard Grade Steel Strapping and Metal Banding

Our Apex Plus Signode steel strapping is meant for Standard Grade steel strapping applications. This steel strap is 3/4" x .020" and manufactured with superior edge conditioning and coating. Steel strapping is sometimes referred to as metal strapping.

Steel is the oldest and highest tensile strength strapping. It is available in a variety of widths and thicknesses as well as variations in the grade of steel. Steel is used for heavy duty holding where high strength and minimal stretch are desired. Surface finishes for steel strap include: paint, paint and wax, bluing or zinc and wax. The wax is used to better transmit the tension around the bundle and for use with certain types of tensioners. Common applications include steel coils, bundles of metal, baling wire, bricks and pavers, and roll end-binding. - Wikipedia

Metal vs. Polyester Banding

If you use a pallet of steel each month, then you should consider converting to polyester strapping.

  • It is up to the user to determine whether a product is safe and fit for a particular purpose and users method of application
  • American Association of Railroads Rules (AAR) may apply
  • Strapping should never be used as a handle.

Economic Justification

First determine your cost per for the steel product you are currently using and its polyester replacement

(Price/Coil)/(Feet/Coil) = Cost Per Foot_________= Cost Per Foot Steel_____ Cost Per Foot Polyester

Application Cost Savings

Determine the footage needed to package your product, then multiplythe footage times the cost per foot of the steel product and its plastic replacement. The difference between the higher priced steel and the lower priced plastic is your application cost savings.

Steel Cost Per Foot x Application Footage = Cost Per Application

Polyester Cost Per Foot__________________x Application Footage= Cost Per Application___

Difference = Savings Per Application with Polyester________

Yearly Cost Savings

Determine how many coils of steel are used annually and multiply this number by the standard footge of the coil to get the yearly footage required. Then multiply the yearly footage time the cost per foot for both steel and polyester. The difference is your annual savings.

Steel Annual Coils_________x Coil Footage_________=_________Yearly Footage

Yearly Footage___________x_________ Cost Per Foot Steel___=__________Yearly Cost Steel

Yearly Footage___________x______________ Cost Per Foot Polyester___=__________Yearly Cost Polyester

Difference= Annual Savings w/ Polyester=_____________________

MEETS ASTM D3953

Regular Duty Steel Strapping - 3/4 x .020. These coils are made of cold-rolled, medium carbon steel strapping. Manufactured with superior edge conditioning and coating. Steel strapping is sometimes referred to as metal strapping. We also stock a variety of steel strapping tools and seals for your strapping and banding requirements.

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