QA/QC  › Material Test Certificates (MTC)  › Steel Rebar Material
Test-report · QC-MTC-TST-002
Steel Rebar Material Test Certificate (MTC) Receipt Verification
21 checkpoints across 7 sections. At every rebar/structural steel consignment receipt before stocking and use
21 Checkpoints
7 Sections
Per consignment / per heat number
QC Engineer, Structural Engineer

Checklist Preview

S.No.CheckpointIS RequirementStatus
A. MTC IDENTIFICATION AND AUTHENTICITY
A1Verify MTC on manufacturer letterhead with unique cert number, date, and authorized signature/seal
Acceptance: Letterhead, number, date, authorized signatory present; seal affixed
Cl. 18 — Certification
OK
NC
NA
HOLD
A2Verify heat/cast number on MTC matches mill marking rolled onto bars
Acceptance: Heat number rolled on bar; matches MTC and bundle tag; traceability intact
Cl. 17 — Marking
OK
NC
NA
HOLD
A3Verify BIS/ISI mark and CM/L licence number printed on MTC and bundle tags
Acceptance: Valid CM/L number; ISI mark confirmed; licence currency validated online
Cl. 17 — BIS marking
OK
NC
NA
HOLD
A4Verify manufacturer's name rolled on bar at regular intervals (for primary steel)
Acceptance: Maker's name/logo rolled on bar as raised characters; genuine primary-route steel confirmed
Cl. 17 — Rolling marks
OK
NC
NA
HOLD
B. CHEMICAL COMPOSITION VERIFICATION
B1Verify Carbon (C) percentage on MTC for ladle analysis
Acceptance: Fe 500: C ≤ 0.30%; Fe 500D: C ≤ 0.25%; Fe 550D: C ≤ 0.25%; within limits
Table 1 — Chemical composition
OK
NC
NA
HOLD
B2Verify Sulphur (S) and Phosphorus (P) percentages on MTC
Acceptance: Fe 500: S ≤ 0.055, P ≤ 0.055; Fe 500D/550D: S ≤ 0.040, P ≤ 0.040; sum S+P limited
Table 1 — S & P
OK
NC
NA
HOLD
B3Verify Carbon Equivalent (CE) value on MTC, important for weldability
Acceptance: CE ≤ 0.53 (Fe 500 weldable grades); reported CE within specification
Cl. 8 — Weldability
OK
NC
NA
HOLD
B4For IS 2062 structural steel — verify Mn, Si, Cr, Ni and micro-alloying elements
Acceptance: Reported chemistry matches grade (E 250 / E 350 etc.) chemical composition in IS 2062
Table 1 — Structural steel chemistry
OK
NC
NA
HOLD
C. PHYSICAL / MECHANICAL PROPERTIES VERIFICATION
C1Verify Yield Strength (0.2% proof stress) reported on MTC
Acceptance: Fe 500: YS ≥ 500 MPa; Fe 500D: ≥ 500 MPa; Fe 550D: ≥ 550 MPa; reported YS exceeds minimum
Table 3 — Mechanical properties
OK
NC
NA
HOLD
C2Verify Ultimate Tensile Strength (UTS) and UTS/YS ratio
Acceptance: Fe 500D: UTS/YS ≥ 1.08; Fe 550D: UTS/YS ≥ 1.08; ductility-critical per IS 13920
Table 3 — Strength ratio
OK
NC
NA
HOLD
C3Verify Elongation (%) at gauge length 5.65√A
Acceptance: Fe 500: ≥ 12%; Fe 500D: ≥ 16%; Fe 550D: ≥ 14.5%; Fe 600: ≥ 10%
Table 3 — Elongation
OK
NC
NA
HOLD
C4Verify Bend and Re-bend test results on MTC
Acceptance: Bar withstands specified mandrel bend (3d-8d) without cracking in bend and re-bend per IS 1599
Cl. 9 — Bend/Re-bend
OK
NC
NA
HOLD
C5For earthquake-prone zones — verify MTC confirms compliance to IS 13920 (Fe 500D / 550D)
Acceptance: Grade D (ductile) used; YS actual/specified ≤ 1.25; UTS/YS ≥ 1.25 (as required by IS 13920)
Cl. 5.2 — Seismic steel
OK
NC
NA
HOLD
Showing 13 of 21 checkpoints ·
A. MTC IDENTIFICATION AND AUTHENTICITY
A1Verify MTC on manufacturer letterhead with unique cert number, date, and authorized signature/seal
Cl. 18 — Certification (IS 1786)
Letterhead, number, date, authorized signatory present; seal affixed
OKNCNAHOLD
A2Verify heat/cast number on MTC matches mill marking rolled onto bars
Cl. 17 — Marking (IS 1786)
Heat number rolled on bar; matches MTC and bundle tag; traceability intact
OKNCNAHOLD
A3Verify BIS/ISI mark and CM/L licence number printed on MTC and bundle tags
Cl. 17 — BIS marking (IS 1786)
Valid CM/L number; ISI mark confirmed; licence currency validated online
OKNCNAHOLD
A4Verify manufacturer's name rolled on bar at regular intervals (for primary steel)
Cl. 17 — Rolling marks (IS 1786)
Maker's name/logo rolled on bar as raised characters; genuine primary-route steel confirmed
OKNCNAHOLD
B. CHEMICAL COMPOSITION VERIFICATION
B1Verify Carbon (C) percentage on MTC for ladle analysis
Table 1 — Chemical composition (IS 1786)
Fe 500: C ≤ 0.30%; Fe 500D: C ≤ 0.25%; Fe 550D: C ≤ 0.25%; within limits
OKNCNAHOLD
B2Verify Sulphur (S) and Phosphorus (P) percentages on MTC
Table 1 — S & P (IS 1786)
Fe 500: S ≤ 0.055, P ≤ 0.055; Fe 500D/550D: S ≤ 0.040, P ≤ 0.040; sum S+P limited
OKNCNAHOLD
B3Verify Carbon Equivalent (CE) value on MTC, important for weldability
Cl. 8 — Weldability (IS 1786)
CE ≤ 0.53 (Fe 500 weldable grades); reported CE within specification
OKNCNAHOLD
B4For IS 2062 structural steel — verify Mn, Si, Cr, Ni and micro-alloying elements
Table 1 — Structural steel chemistry (IS 2062)
Reported chemistry matches grade (E 250 / E 350 etc.) chemical composition in IS 2062
OKNCNAHOLD
C. PHYSICAL / MECHANICAL PROPERTIES VERIFICATION
C1Verify Yield Strength (0.2% proof stress) reported on MTC
Table 3 — Mechanical properties (IS 1786)
Fe 500: YS ≥ 500 MPa; Fe 500D: ≥ 500 MPa; Fe 550D: ≥ 550 MPa; reported YS exceeds minimum
OKNCNAHOLD
C2Verify Ultimate Tensile Strength (UTS) and UTS/YS ratio
Table 3 — Strength ratio (IS 1786)
Fe 500D: UTS/YS ≥ 1.08; Fe 550D: UTS/YS ≥ 1.08; ductility-critical per IS 13920
OKNCNAHOLD
C3Verify Elongation (%) at gauge length 5.65√A
Table 3 — Elongation (IS 1786)
Fe 500: ≥ 12%; Fe 500D: ≥ 16%; Fe 550D: ≥ 14.5%; Fe 600: ≥ 10%
OKNCNAHOLD
C4Verify Bend and Re-bend test results on MTC
Cl. 9 — Bend/Re-bend (IS 1786)
Bar withstands specified mandrel bend (3d-8d) without cracking in bend and re-bend per IS 1599
OKNCNAHOLD
C5For earthquake-prone zones — verify MTC confirms compliance to IS 13920 (Fe 500D / 550D)
Cl. 5.2 — Seismic steel (IS 13920)
Grade D (ductile) used; YS actual/specified ≤ 1.25; UTS/YS ≥ 1.25 (as required by IS 13920)
OKNCNAHOLD
Showing 13 of 21 ·
Inspection Sign-Off
APPROVED
APPROVED WITH CONDITIONS
REJECTED — NCR RAISED
Remarks
Name / Sign / Date
Tested By
Name / Sign / Date
Reviewed / Approved By
Name / Sign / Date