Multifunktionales elektronisches Stofffestigkeitsmesser

The Multifunctional Electronic Fabric Strength Meter is a versatile testing instrument designed for comprehensive evaluation of textile mechanical properties. It supports a wide range of tensile, tear, peel, burst, seam slippage, and yarn strength tests on woven and non-woven fabrics. The system combines high-precision drive technology with intelligent data management, allowing reproducible and accurate testing for both research and quality control applications.

Anwendung

Constant speed, constant time, constant elongation, and constant load tensile testing of fabrics.

Tear resistance evaluation for woven and non-woven textiles.

Peel strength testing for bonded and laminated textiles.

Burst strength testing of fabrics and composite materials.

Seam slippage resistance and elastic recovery testing.

Creep performance evaluation under prolonged load.

Yarn tensile testing and breaking strength assessment.

Quality control in textile manufacturing, research, and product development.

Suitable for laboratories, R&D centers, and production monitoring in apparel, technical textiles, and industrial fabrics.

Normen

The instrument complies with a wide range of national and international standards, including:

Chinese Standards:

GB/T 3917.2/3/4/5 – Textile tensile properties

FZ/T 01030, FZ/T 01031, FZ/T 01034, FZ/T 01085 – Various fabric and yarn tests

FZ/T 60006, FZ/T 70006, FZ/T 70007, FZ/T 80007 – Strength, tear, and seam slippage testing

GB/T 3923.1/2, GB/T 13772.1/2/3, GB/T 13773.1/2 – Tensile and tearing properties

GB/T 19976, GB/T 23318 – Creep and elastic recovery

GB/8688 – Yarn strength testing

International Standards:

ISO 3303 – Determination of fabric tensile strength

ISO 9073-4 – Nonwoven fabric tear test

ISO 13934-1/2 – Tensile testing of textiles

ISO 13935-1/2 – Seam slippage testing

ISO 13936-1/2/3 – Elastic recovery

ASTM D434, ASTM D1683, ASTM D2261, ASTM D3936, ASTM D4964, ASTM D5034, ASTM D5035, ASTM D5587, ASTM D5733 – Various tensile, tear, seam, burst, and creep testing methods

JIS L1096 – Textile strength testing

Eigenschaften

(1) Advanced Drive System – AC servo motor with full digital speed closed-loop control, providing high speed stability, wide range, and precise positioning.

(2) Digital Gauge and Speed Setting – Allows accurate preset of gauge length and stretching speed for reproducible tests.

(3) Intelligent Data Management – High-speed USB interface for direct computer connection, real-time display of test results, historical data, and graphical reports.

(4) Database Support – Establish and manage test data for quality tracking and research purposes.

(5) Customizable Clamping Systems – Optional pneumatic and mechanical clamps for various specimen types, with modular design for quick configuration changes.

(6) Multiple Test Modes – Supports constant speed, time, elongation, and load tensile testing, along with tear, peel, burst, seam slippage, elastic recovery, and yarn testing.

(7) User-Friendly Interface – Intuitive software interface for easy operation and test setup.

(8) High Precision Sensors – Ensure accurate force and elongation measurements.

Technische Parameter

Zubehör

Standard clamping set for woven fabrics and yarns

Optional pneumatic clamps for nonwoven and specialty materials

USB data interface and software package

Calibration weights and force verification kit

Power cable and user manual

Test Procedures

(1) Install the specimen using the appropriate clamp type.

(2) Select the test mode (tensile, tear, burst, peel, seam slippage, elastic recovery, or yarn strength).

(3) Set test parameters: gauge length, speed, load, or elongation limit.

(4) Start the test; monitor real-time force and elongation values.

(5) Record results via the software and generate reports.

(6) Repeat tests as required for multiple samples or conditions.

Maintenance Information

(1) Clean clamps, grips, and specimen holders regularly to prevent debris accumulation.

(2) Periodically calibrate load cells and displacement sensors to ensure accuracy.

(3) Inspect mechanical components for wear or alignment issues.

(4) Maintain software updates and backup the test database.

(5) Ensure the drive system is lubricated and free from dust or moisture.

(6) Store the instrument in a clean, dry environment to extend service life.