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Concrete Creep and Shrinkage Testing Systems

Creep and shrinkage measurement extends concrete evaluation from short-term strength into long-term deformation, dimensional stability, and structural serviceability.

Available Products

4 products in this category

LS-SHR730 Laser Concrete Shrinkage Meter | ASTM C157, ISO 1920-9
LS-SHR730

Laser Concrete Shrinkage Meter

Laser shrinkage measurement system for non-contact monitoring of concrete and mortar deformation during early-age and long-term dimensional stability studies.

ASTM C157ISO 1920-9
LS-SHR731A Non-Contact Shrinkage Expansion Meter | ASTM C157, ISO 1920-9
LS-SHR731A

Non-Contact Shrinkage Expansion Meter

Multi-channel non-contact shrinkage and expansion meter for early-age concrete deformation studies under unrestrained laboratory conditions.

ASTM C157ISO 1920-9
LS-SHR730A-D Corrugated Tube Shrinkage Expansion Meter | ASTM C157, ISO 1920-9
LS-SHR730A-D

Corrugated Tube Shrinkage Expansion Meter

Corrugated tube shrinkage expansion meter for sealed early-age concrete and mortar deformation measurement, including autogenous shrinkage style workflows.

ASTM C157ISO 1920-9
LS-CREEP710 Concrete Creep and Shrinkage Test Frame | ASTM C512, ISO 1920-9
LS-CREEP710

Concrete Creep and Shrinkage Test Frame

Long-duration concrete creep and shrinkage measurement frame for structural serviceability, deformation, and durability research. The system is configured for sustained loading, displacement measurement, and environmental conditioning integration.

ASTM C512ISO 1920-9

Compliance & Standards

All products in the Creep & Shrinkage category comply with international testing standards including:

ASTM Standards

EN Standards

AASHTO Standards

BS Standards

ISO Standards

Frequently Asked Questions

This section includes LS-SHR730, LS-SHR731A, LS-SHR730A-D, LS-CREEP710 and related systems configured for the same workflow family. Laboratories usually compare these models by automation level, temperature or load control, reporting workflow, and target standard.

ASTM C157, ISO 1920-9, ASTM C512 are common reference standards for this workflow. Procurement teams often search by these codes first and then compare model capability, control logic, and laboratory throughput.

Selection usually depends on required standards, automation level, sample throughput, data traceability, and whether the laboratory is focused on daily QC, third-party compliance testing, or advanced research and development.

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