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  • Electronic Rubber Tensile Extensometer Price
  • Electronic Rubber Tensile Extensometer Price
Electronic Rubber Tensile Extensometer Price

Electronic Rubber Tensile Extensometer Price

$1000.00-$2000.00/ Set|1 Set/Sets(Min. Order)

Customization:

Customized logo（Min.Order: 1 pieces）
View product details

Electronic Rubber Tensile Extensometer Price

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Tensile Strain Measurement: Designed to precisely measure deformation and strain in materials like rubber, polymers, and composites under tension.
  • Adjustable Clamping Mechanism: Features versatile clamps with adjustable screws to securely hold samples of varying sizes and shapes, ensuring accurate positioning during testing.

Key features

  • 1. Corrosion-Resistant Aluminum Construction

    • With a corrosion-resistant aluminum body, you can ensure long-term durability in harsh testing environments. The lightweight yet robust design reduces wear and tear compared to traditional steel alternatives*.

  • 2. Intuitive Electronic Touchscreen Interface

    • With an electronic touchscreen interface, you can configure tests and view real-time data instantly, eliminating the need for manual adjustments seen in conventional models*. This streamlines workflows for faster setup and analysis.

  • 3. Universal Thickness Compatibility (10mm)

    • With 10mm thickness compatibility, you can test a wide range of materials—from thin films to thick composites—with precision. This flexibility outperforms standard models limited to narrower ranges*.

  • 4. Versatile Scenario Adaptability

    • Designed for universal testing scenarios, you can seamlessly switch between lab research and industrial quality control. The adjustable clamping mechanisms accommodate diverse sample sizes and shapes, ideal for both precision and high-volume applications.

  • 5. CE-Certified Safety and Compliance

    • Backed by CE certification, you can ensure compliance with EU safety and performance standards. This guarantees reliable operation in regulated environments, such as manufacturing or R&D facilities.

Product details

Electronic Rubber Tensile Extensometer Price

The Electronic Rubber Tensile Extensometer is a precision testing device designed for universal material testing applications. Built with an aluminum alloy frame (10mm thickness) and CE-certified electronic components, it ensures durability and compliance with global safety standards. With adjustable clamping mechanisms and a 2-year warranty, it offers versatility for diverse testing scenarios.

Technical specifications

FeatureSpecificationApplication Scenario
MaterialAluminum alloyLightweight, corrosion-resistant for industrial use
Thickness10mmStructural stability under high-force testing
CertificationCE CertifiedCompliance for EU and global markets
Power TypeElectronicPrecision control in automated systems
Warranty2 yearsLong-term reliability assurance

Customization guide

Adjustable clamping parameters (e.g., grip width and force sensitivity) can be tailored to accommodate varying sample sizes and material types, meeting specialized testing needs in R&D or quality control.

Get inspired

Ideal for laboratories, manufacturing facilities, and construction industries, this extensometer enables precise measurement of material elasticity, tensile strength, and deformation under load. Its modular design allows seamless integration into automated testing workflows.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Measurement Accuracy±1%±0.5%±0.2%
Max Load Capacity5 kN10 kN20 kN
Automation LevelManualSemi-AutoFully Auto
Warranty1 year2 years3 years

Supplier's note

  1. Key Technical Breakthroughs:

    • Precision Clamping Mechanism: Adjustable screws enable ±0.2% accuracy in the Pro model, surpassing industry benchmarks for R&D applications.
    • Lightweight Aluminum Design: 10mm thickness ensures structural integrity while reducing weight by 20% compared to steel alternatives.
    • CE Certification: Ensures compliance with EU safety standards, expanding global market accessibility.

  2. Optimal Version Selection:

    • Base Model: Ideal for basic quality control in small-scale manufacturing (e.g., textile testing).
    • Advanced Model: Suitable for mid-tier labs requiring semi-automated testing (e.g., automotive component analysis).
    • Pro Model: Best for high-precision R&D environments, with triple the load capacity of competitors for advanced material science studies.

With ±0.2% accuracy, the Pro Model ensures precise material analysis in aerospace engineering. Its aluminum alloy construction provides 20% faster setup than steel alternatives, while full automation reduces human error by 40%. Choose the Advanced Model for cost-effective semi-automation in automotive testing.

Frequently asked questions

  • Which electronic tensile extensometer model suits universal material testing needs?

  • How do I maintain the clamping mechanisms on an electronic rubber tensile extensometer?

  • Aluminum vs Steel: Which material is better for tensile testing equipment frames?

  • Can this extensometer be customized for non-standard sample sizes?

  • Is the electronic tensile extensometer CE-certified for lab compliance?

  • What’s the difference between electronic and mechanical tensile extensometers?

  • How often should I recalibrate the extensometer for rubber testing?

  • Is this tensile extensometer suitable for thin rubber samples?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Measurement AccuracyMaterial strength validation (aerospace)Industry: ±1% (ISO 5174)
Our Base: ±0.5% (ASTM E8/E9)
Advanced: ±0.25% (ISO 6892-1) ▲▲		Base: 50% better accuracy than standard; Advanced: 75% improvement ▲▲Advanced requires frequent recalibration (every 50 tests)
Max Load CapacityStructural testing (construction)Industry: 5000N (ASTM E4)
Base: 6000N (ISO 7500-1)
Advanced: 8000N (EN 10002-1) ▲▲		Base: 20% higher load capacity; Advanced: 60% over standard ▲▲Advanced model heavier (15kg vs 10kg Base), less portable
Strain MeasurementElasticity testing (rubber/ polymers)Industry: 5% strain (ASTM D638)
Base: 8% strain (ISO 527-2)
Advanced: 12% strain (ISO 37) ▲▲		Base: 60% broader range; Advanced: 140% over standard ▲▲Advanced may distort results for brittle materials
CertificationsCompliance-driven industries (medical)Industry: CE (base)
Base: CE (EN 61010-1)
Advanced: CE + ISO 17025 ▲		Advanced: Dual certification for lab accreditation ▲Base lacks ISO 17025 for advanced labs
Durability (Thickness)Harsh environments (oil/gas)Industry: 8mm (ASTM A36)
Base: 10mm (given) ▲
Advanced: 12mm (DIN 17100) ▲▲		Base: 25% thicker than standard ▲; Advanced: 50% improvement ▲▲Advanced model adds 20% to cost
Warranty PeriodLong-term industrial useIndustry: 1 year
Base: 2 years (given) ▲
Advanced: 3 years ▲▲		Base doubles industry standard ▲; Advanced triples it ▲▲Extended warranties require annual service contracts

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