NABL Accredited · Dimensional Calibration
Concrete Beam Mould Calibration
(IS 10086 — 100×100×500mm Beam Mould)
NABL-accredited dimensional calibration of concrete beam moulds (100×100×500mm and 150×150×700mm) per IS 10086 — verifying internal dimensions, side plate flatness and end plate squareness for IS 516 flexural strength testing.
IS 10086
Standard
±0.5mm
Accuracy
1 Day
Report TAT
NABL
Accredited
NABL Accredited Lab · ISO/IEC 17025:2017
Digital Reports via Autovity QLMS
Pan-India · 7 Lab Locations
Est. 2009 · 20,000+ Projects
Overview
What is the Concrete Beam Mould Calibration?
Concrete Beam Moulds per IS 10086 produce beams for IS 516 flexural (MOR) testing. MOR = FL/BD² — dimension errors produce systematic MOR errors. IS 10086 specifies ±0.5mm tolerance on internal B, D and L.
At Global Lab, beam mould calibration covers: internal width and depth at multiple cross-sections, internal length, base plate flatness, side plate straightness and end plate squareness — using calibrated Vernier calipers and precision engineer's square.
Non-Destructive
Minimal surface preparation. Structure integrity is preserved throughout testing.
Fast Turnaround
On-site results within hours. Digital reports dispatched within 24 hours.
NABL Certified
All test and calibration results are backed by traceable measurements and standardized procedures.
Pan-India Coverage
Site engineers deployed across 7 lab locations and all major project sites.
Digital Reporting
Access reports anytime via Autovity QLMS client dashboard — zero paperwork.
High Accuracy
Results correlated to cube compressive strength with ±2% precision range.
Test in Action
Concrete Beam Mould Calibration — Site Images
Beam Mould Internal Dimensions at 5 Cross-Sections
End Plate Squareness with Precision Engineer's Square
IS 10086 Pass/Fail — NABL Certificate Issued
Test Procedure
How the Concrete Beam Mould Calibration is Conducted
-
1
Surface Preparation
A shallow groove (approx. 25mm deep) is cut into the concrete surface using a diamond-tipped cutting tool. The surface is cleaned of dust and debris. -
2
Insert Disc Placement
A specially designed steel insert disc is placed into the groove. A thin rod connects the disc to the pullout apparatus above the surface. -
3
Hydraulic Pullout Force Application
A hydraulic jack applies a steady, controlled pullout force to the insert disc via the reaction ring resting on the concrete surface. -
4
Failure Load Recording
The maximum force at which the concrete cone is extracted is recorded. A digital load indicator provides real-time readings with data logging. -
5
Strength Calculation & Reporting
The pullout force is correlated to cube compressive strength using established calibration curves. NABL-accredited reports are issued via Autovity QLMS.
Standards & Specifications
Applicable Test Standards
| Standard | Title | Scope | Type |
|---|---|---|---|
| IS 10086 | Specification for Moulds for Tests of Cement and Concrete | Mould Standard | Indian Standard |
| IS 516 | Methods of Tests for Strength of Concrete | Flexural Test | Indian Standard |
| IS 3651 | Vernier Calipers | Reference Instrument | Indian Standard |
| NABL-141 | NABL Policy on Metrological Traceability | Traceability | NABL |
Applications
Where is the Concrete Beam Mould Calibration Used?
Annual beam mould calibration for NABL concrete lab
NHAI PQC concrete flexural beam mould calibration
RMC plant beam mould calibration
Research institute concrete beam mould
New mould acceptance inspection
Pre-NABL beam mould calibration for scope
Why Choose Global Lab
Our Advantages
NABL Accredited CertificatesIS 10086 beam mould certificates for NABL assessment.
MOR Error PreventionCorrect B and D ensures MOR = FL/BD² is accurate.
5-Position Cross-SectionStraightness along full mould documented.
Fast 1-Day CertificateCertificate within 1 working day.
Pan-India CoverageDimensional calibration at all 7 locations.
Concrete Mould PackageCube + Beam + Cylindrical in one visit.