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Force Sensors & Load Cells
  • Concrete Application Foil Strain Gauge Sensor Types of Force Sensors & Load Cells
  • Concrete Application Foil Strain Gauge Sensor Types of Force Sensors & Load Cells
  • Concrete Application Foil Strain Gauge Sensor Types of Force Sensors & Load Cells
  • Concrete Application Foil Strain Gauge Sensor Types of Force Sensors & Load Cells
  • Concrete Application Foil Strain Gauge Sensor Types of Force Sensors & Load Cells
  • Concrete Application Foil Strain Gauge Sensor Types of Force Sensors & Load Cells
Concrete Application Foil Strain Gauge Sensor Types of Force Sensors & Load Cells
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Concrete Application Foil Strain Gauge Sensor Types of Force Sensors & Load Cells

  • >= 10 Pieces
    $6

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Concrete Application Foil Strain Gauge Sensor Types of Force Sensors & Load Cells

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Strain Measurement: Detects strain and stress in concrete structures using strain gauge technology, enabling precise load cell-based monitoring.
  • Structural Health Monitoring: Provides real-time data on load distribution, deformation, and potential structural weaknesses in concrete applications.

Key features

  • 1. Material Technology

    • With a flexible polymer base and conductive metallic grid, ensure durability and flexibility in harsh environments. ~30% lighter than rigid metal-based sensors*

  • 2. Interactive Design

    • With modular connectors and customizable grid patterns, easily integrate into diverse systems. Offers 2x faster installation compared to traditional wired sensors*

  • 3. Performance Parameters

    • With high-sensitivity strain gauge technology, detect minute strain changes with ±0.5% accuracy. Outperforms standard load cells in precision by up to 15%*

  • 4. Scenario Solutions

    • Designed for concrete applications, provide continuous operation in construction environments. 50% more reliable in structural monitoring than generic sensors*

  • 5. Certification Standards

    • Complies with ASTM E835-11 standards for structural monitoring. Meets industry requirements for durability and accuracy in harsh conditions*

Product details

Concrete Application Foil Strain Gauge Sensor Types of Force Sensors & Load Cells

The Foil Types of Strain Gauge Sensor Application for Concrete is a versatile force sensor designed for structural monitoring in concrete applications. Built with a flexible polymer base and a conductive metallic grid, it offers precise pressure and strain measurement in dynamic environments. Its durable design and customizable features make it ideal for construction, infrastructure, and industrial monitoring.

Technical specifications

FeatureSpecificationApplication Scenario
Strain Gauge TechnologyFoil-type strain gauges on polymer substrateStructural health monitoring in bridges and buildings
Flexible Polymer BaseDurable yellow-colored polymer compositeEmbedding in concrete for long-term strain measurement
Conductive Grid PatternEvenly spaced metallic grid for uniform sensitivityAccurate force distribution analysis in construction materials
Metal ConnectorsHigh-conductivity cylindrical terminalsReliable data transmission in harsh environments

Customization guide

Adjust grid density or material composition to meet specific sensitivity or environmental resistance requirements for specialized concrete applications.

Get inspired

Monitor strain in real-time within concrete structures, detect load distribution in bridges, or analyze stress patterns in industrial machinery. With its flexibility and durability, this sensor ensures reliable performance even in extreme conditions.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Measurement Range (kN)0–50–10 (+100% range)0–20 (+300%)*
Accuracy±0.5%±0.2% (+60% improvement)±0.1% (+80% improvement)
Environmental ResistanceIP65 (dust/water)IP67 (+20% better sealing)IP69K (steam-resistant)

Supplier's note

  1. Breakthroughs:

    • Flexible Polymer Base: Enables seamless embedding in concrete for long-term strain monitoring.
    • Grid Customization: Adjust grid spacing to optimize sensitivity for specific load ranges.
    • High-Conductivity Connectors: Reduce signal loss in corrosive or humid environments.

  2. Version Selection Guide:

    • Base Model: Ideal for basic structural monitoring (e.g., small-scale construction projects).
    • Advanced Model: Choose for precision applications like industrial machinery or bridges, leveraging its 0.2% accuracy.
    • Pro Model: Designed for extreme conditions (e.g., offshore platforms or heavy-duty infrastructure), with triple the environmental resistance of industry standards.

With the Pro Model’s IP69K rating, you can ensure reliable operation in steam or chemical exposure. Pair this with its 20kN range to handle heavy loads in demanding environments.

Frequently asked questions

  • Which strain gauge sensor model is best for monitoring concrete structures in construction?

  • How do I clean and maintain strain gauge sensors used in outdoor concrete applications?

  • What are the advantages of polymer-based strain gauges over metal in concrete monitoring?

  • Can strain gauge sensors for concrete be customized for specific load ranges?

  • Are these strain gauge sensors certified for use in extreme environmental conditions?

  • Which strain gauge sensor is ideal for long-term structural health monitoring of bridges?

  • How do I protect strain gauge connectors from environmental damage during concrete curing?

  • What ensures data accuracy in strain measurements for concrete crack detection?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material CompositionConcrete strain monitoring in bridgesFlexible polymer base (ISO 527 tensile strength: 25 MPa▲ / 30 MPa▲▲)Enhanced durability for dynamic environments; lightweight designBase version may require frequent calibration in extreme temperatures
SensitivityPrecision construction monitoring2.5 mV/V▲ (Our Base) / 3.0 mV/V▲▲ (Our Advanced) (ASTM E837)Detects micro-strains in concrete structures; reliable for long-term useHigher sensitivity increases cost and requires stable power supply
DurabilityHarsh industrial sites15,000 strain cycles▲ / 20,000 cycles▲▲ (ISO 23519)Withstands repeated stress in heavy machinery or construction sitesAdvanced versions may have bulkier connectors for high-cycle endurance
CustomizationTailored infrastructure projectsGrid pattern adjustable (Our Advanced: ±5% sensitivity tuning▲▲)Adaptable to unique load distributions in uneven concrete poursCustomization adds 10–15% to production lead time
Environmental ResistanceCoastal or wet environmentsIP67▲ (Base) / IP68▲▲ (Advanced) (IEC 60529)Waterproof for underwater concrete monitoring in dams or piersIP68 requires specialized sealing, limiting flexibility in installation
ConnectivityRemote structural health monitoringRS-485▲ (Base) / Wireless LoRa▲▲ (Advanced)Real-time data transmission for smart infrastructure systemsWireless versions may face signal interference in dense urban areas

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