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Description of ASTM-A1064 2010ASTM A1064/A1064M-10e1Historical Standard: Standard Specification for Steel Wire and Welded Wire Reinforcement, Plain and Deformed, for ConcreteASTM A1064/A1064MScope 1.1 This specification covers steel wire and welded wire reinforcement produced from hot-rolled rod to be used for the reinforcement of concrete. The steel wire is cold-worked, drawn or rolled, plain (non-deformed, as-drawn or galvanized), or deformed. Welded wire reinforcement is made from plain or deformed wire, or a combination of plain and deformed wire. Common wire sizes and dimensions are given in Table 1, Table 2, Table 3, and Table 4. Actual wire sizes are not restricted to those shown in the tables.
TABLE 1 Dimensional Requirements for Plain Wire—Inch-Pound UnitsA
A Table 1 should be used on projects that are designed using inch-pound units; Table 2 should
be used on projects that are designed using SI units.
B The number following the prefix indicates the nominal cross-sectional area of the wire in square inches multiplied by 100.
C For sizes other than those shown above, the Size Number shall be the number of one hundredth of a square inch in the nominal area of the wire cross section, prefixed by
the W.
D These sizes represent the most readily available sizes in the welding wire reinforcement industry. Other wire sizes are available and many manufactures can produce them in
0.0015 in.2 increments.
E The nominal diameter is based on the nominal area of the wire.
TABLE 2 Dimensional Requirements for Plain Wire—SI UnitsA
A The wire sizes in Table 1 should be used on projects that are designed using inch-pound units; the wire sizes in Table 2 should be used on projects that are designed using SI units.
B The number following the prefix indicates the nominal cross-sectional area of the wire in square milimetres.
C For sizes other than those shown above, the Size Number shall be the number of square millimetres in the nominal area of the wire cross section, prefixed by the MW.
D These sizes represent the most readily available sizes in the welding wire reinforcement industry. Other wire sizes are available and many manufactures can produce them in
1 mm2 increments.
E The nominal diameter is based on the nominal area of the wire.
TABLE 3 Dimensional Requirements for Deformed Wire—Inch-Pound Units
A The wire sizes in Table 3 should be used on projects that are designed using inch-pound units; the wire sizes in Table 4 should be used on projects that are designed using SI units.
B The number following the prefix indicates the nominal cross-sectional area of the deformed wire in square inches multiplied by 100.
C For sizes other than those shown above, the Size Number shall be the number of one hundredths of a square inch in the nominal area of the deformed wire cross section,
prefixed by the D.
D These sizes represent the most readily available sizes in the welded wire reinforcement industry. Other wire sizes are available and many manufacturers can produce them in
0.0015 in.2 increments.
E The nominal diameter of a deformed wire is equivalent to the nominal diameter of a plain wire having the same weight per foot as the deformed wire.
F The cross-sectional area is based on the weight of the wire. The area in square inches may be calculated by dividing the weight in pounds by 0.2833 (weight of 1
in.3 of steel) or by dividing the weight per lineal foot of specimen in pounds by 3.4 (weight of steel 1 in. square and 1 foot long).
G The minimum average height of the deformations shall be determined from measurements made on not less than two typical deformations from each line of deformations on the
wire. Measurements shall be made at the center of indentation or between two raised ribs as described in 7.2.4.7.
H Spacing of deformations shall not be greater than 0.285 in. nor less than 0.182 in. for all wire sizes.
I See 7.2.4.3 for average number of deformations per unit length.
TABLE 4 Dimensional Requirements for Deformed Wire—SI Units
A The wire sizes in Table 3 should be used on projects that are designed using inch-pound units; the wire sizes in Table 4 should be used on projects that are designed using SI units.
B The number following the prefix indicates the nominal cross-sectional area of the deformed wire in square millimetres.
C For sizes other than those shown above, the Size Number shall be the number of square millimetres in the nominal area of the deformed wire cross section, prefixed by the
MD.
D These sizes represent the most readily available sizes in the welded wire reinforcement industry. Other wire sizes are available and many manufacturers can produce them in
1 mm2 increments.
E The nominal diameter of a deformed wire is equivalent to the nominal diameter of a plain wire having the same weight per metre as the deformed wire.
F The cross-sectional area is based on the mass of the wire. The area in square millimetres may be calculated by dividing the unit mass in kg/mm by 7.849 × 10-6
(mass of 1 mm3  of steel) or by dividing the unit mass in kg/m by 0.007849 (mass of steel 1 mm square and 1 m long).
G The minimum average height of the deformations shall be determined from measurements made on not less than two typical deformations from each line of deformations on the
wire. Measurements shall be made at the center of indentation or between two raised ribs as described in 7.2.4.7.
H Spacing of deformations shall not be greater than 7.24 mm nor less than 4.62 mm for all wire sizes.
I See 7.2.4.3 for average number of deformations per unit length.
Note 1—Welded wire for concrete reinforcement has historically been described by various terms: welded wire fabric,
WWF, fabric, and mesh. The wire reinforcement industry has adopted the term welded wire reinforcement (WWR) as being more
representative of the applications of the products being manufactured. Therefore, the term welded wire fabric has been replaced with
the term welded wire reinforcement in this specification and in related specifications.
1.2 Supplement S1 describes high-strength wire, which manufacturers furnish when specifically ordered. Manufacturers furnish high-strength wire in place of regular wire if mutually agreed to by the purchaser and the manufacturer. 1.3 The values stated in either inch-pound or SI units are to be regarded separately as standard. Within the text the SI units are shown in brackets (except in Table 2 and Table 4). The values stated in each system are not exact equivalents; therefore, each system must be used independently of the other. Combining values may result in nonconformance with the specification. 1.4 This standard does not purport to address all of the safety concerns, if any, associated with its use. It is the responsibility of the user of this standard to establish appropriate safety and health practices and determine the applicability of regulatory limitations prior to use. Keywords concrete reinforcement; deformations; deformed wire; reinforced concrete; reinforcing steels; steel wire; welded wire reinforcement ICS Code ICS Number Code 77.140.15 (Steels for reinforcement of concrete) DOI: 10.1520/A1064_A1064M-10E01 This book also exists in the following packages...Subscription InformationMADCAD.com ASTM Standards subscriptions are annual and access is unlimited concurrency based (number of people that can access the subscription at any given time) from single office location. For pricing on multiple office location ASTM Standards Subscriptions, please contact us at info@madcad.com or +1 800.798.9296.
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About ASTMASTM International, formerly known as the American Society for Testing and Materials (ASTM), is a globally recognized leader in the development and delivery of international voluntary consensus standards. Today, some 12,000 ASTM standards are used around the world to improve product quality, enhance safety, facilitate market access and trade, and build consumer confidence. ASTM’s leadership in international standards development is driven by the contributions of its members: more than 30,000 of the world’s top technical experts and business professionals representing 150 countries. Working in an open and transparent process and using ASTM’s advanced electronic infrastructure, ASTM members deliver the test methods, specifications, guides, and practices that support industries and governments worldwide. |
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