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Quanzhou Meibang Instrument Co., Ltd

  • E-mail

    meibangyiqi@126.com

  • Phone

  • Address

    Fujian Park, National University Science and Technology Park, Xiamei Town, Nan'an City, Fujian Province

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YG026DB Electronic Fabric Strength Machine

NegotiableUpdate on 07/25
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Overview

Used for mechanical property analysis and testing of various textiles, non-woven fabrics, geotextiles, zippers, rubber, shoe materials, leather, metals, building materials, etc., including tensile, tearing, bursting, peeling, fixed elongation, fixed load, elastic recovery, suture slip, modulus, single yarn strength, etc

Product Details

    Used for mechanical property analysis and testing of various textiles, non-woven fabrics, geotextiles, zippers, rubber, shoe materials, leather, metals, building materials, etc., including tensile, tearing, bursting, peeling, fixed elongation, fixed load, elastic recovery, suture slip, modulus, and single yarn strength.

    project

    Serial Number

    Standard number

    Standard Name

    Speed mm/min

    Clamp distance mm

    Sample size (W × L) mm

    Domestic standards

    yarn

    1

    2

    GB/T 3916

    FZ/T 50007

    Determination of breaking strength and elongation at break of single yarn - Test method for elasticity of spandex yarn

    500

    50

    500

    500

    ≥500

    ≥500

    clothing

    3

    4

    5

    FZ/T 80007.1

    FZ/T 20019

    FZ/T 70007

    Testing method for peel strength of clothing with adhesive lining

    Test method for degree of seam detachment of woolen fabrics

    Method for testing the strength of underarm seams in knitted tops

    100

    50

    200

    50

    ≥75

    100

    25×150

    100×175

    according to the standards

    fabric

    Fabric

    6

    7

    8

    9

    10

    11

    12

    13

    14

    15

    16

    17

    18

    GB/T 3923.1

    GB/T 3923.1

    GB/T 3923.2

    GB/T 3917.2

    GB/T 3917.3

    GB/T 3917.4

    GB/T 3917.5

    FZ/T 01030

    FZ/T 70006

    GB/T 13772.1

    GB/T 13772.2

    GB/T 13772.3

    FZ/T 01031

    Determination of tensile strength and elongation at break (strip method)

    Determination of tensile strength and elongation at break (strip method)

    Determination of fracture strength (sample grabbing method)

    Determination of tear strength of pants shaped specimens (single seam)

    Determination of Tear Strength of Trapezoidal Specimens

    Determination of tearing strength of tongue shaped specimens (double seam)

    Determination of single seam tearing strength of wing shaped specimens

    Knitted and elastic woven fabrics - Determination of seam strength and expansion - Top burst method

    Test method for tensile elastic recovery rate of knitted fabrics

    Determination of anti slip of yarns at the seams of woven fabrics using the fixed slip method

    Determination of yarn slip resistance at the seams of woven fabrics using the standard method

    Determination of yarn slippage resistance at the seams of woven fabrics using needle clamp method

    Knitted and elastic woven fabrics - Determination of seam strength and elongation - Grab and stretch method

    20

    100

    50

    100

    100

    100

    100

    100

    100

    50

    50

    50

    300

    100

    200

    100

    100

    25

    100

    100

    100

    100

    100

    100

    75

    50×200

    50×200

    100×200

    50×200

    75×150

    150×220

    100×200

    ≥Φ65

    50×100

    100×400

    100×200

    60×300

    100×150

    Geotextile

    19

    20

    21

    22

    GB/T 15788

    GB/T 13763

    GB/T 14800

    GB/T 16989

    Geotextiles and related products - Wide strip tensile test

    Geosynthetics - Determination of tear strength by trapezoidal method

    Geosynthetics Static Bursting Test (CBR Method)

    Geosynthetics Joint Seam Wide Strip Tensile Test Method

    20

    50

    50

    20

    100

    25

    100+

    200×200

    75×200

    ≥Φ150

    200×150

    zipper

    23

    QB/T 2171

    Metal zipper zipper comprehensive strength testing project

    300

    American Standard

    fabric

    Fabric

    24

    26

    27

    28

    29

    30

    ASTM D5035

    ASTM D5034

    ASTM D2261

    ASTM D5587

    ASTM D1683

    ASTM D4964

    Test method for tensile strength and elongation of textile fabrics (strip method)

    Test method for tensile strength and elongation of textile fabrics (grab method)

    Standard test method for tearing strength of fabrics - Tongue method

    Standard test method for tearing strength of fabrics - Trapezoidal method

    Standard test method for fracture at seams of woven clothing fabrics

    Tensile and elongation testing of elastic fabrics

    300

    300

    50/300

    300

    305

    500

    75

    75

    75

    25

    75

    250

    25×150

    100×150

    75×200

    75×150

    100×350

    100×350

    British Standard

    fabric

    Fabric

    31

    32

    BS EN ISO 13934.1

    BS EN ISO 13934.2

    Determination of fracture strength and elongation at break by strip method

    Determination of fracture strength and elongation at break by sample grabbing method

    100

    50

    200

    100

    50×200

    100×200

    1. Touch screen control, human-machine dialogue mode, easy to operate.
    2. Built in thermal printer, convenient for quick on-site printing of test results.
    3. Professional computer analysis software can achieve bidirectional operation with computers, and can perform report statistics, intuitive analysis of curve graphs, etc; This software is an open software that can edit the required testing program according to its own needs; And it can support remote upgrading and maintenance of instruments.
    4. The transmission system adopts an AC servo drive system, synchronous pulleys, and precision screw components; The instrument beam moves smoothly, with low noise and high elongation accuracy.
    5. The column is treated with high-temperature curing spray coating, which is scratch resistant and not easy to fade.
    6. Adopting multiple protective measures: upper and lower limit protection devices for the crossbeam; Fixture anti-collision protection device; Sensor overload protection; Protection against overcurrent, overvoltage, etc; Displacement and load limit software protection can be set; Real time monitoring and display of fault information for the main components; Therefore, the use of the instrument is safer and more reliable.
    7. Provides multiple user-friendly automatic modes; Digital setting of instrument clamping distance and automatic positioning.
    8. High precision bidirectional sensor, no need to replace the sensor for tensile and bursting tests.
    9. There are two control modes for the instrument: host touch screen control and desktop computer control.

    Range

    50N, 100N, 500N, 1000N, 2500N, 5000N (optional)

    Measurement range

    Full scale1%~100%

    Measurement accuracy ≤±0.2%F·S
    Collection frequency 2000 times/second

    Division value

    0.01N (100N range, according to the range)

    Displacement velocity

    0.1-500mm/min digital speed regulation, error ≤± 1%

    Displacement resolution

    0.01mm

    Sample clamping

    Manual clamping
    Beam travel
    600mm (excluding fixtures)

    External dimensions

    540×370×1500mm

    Weight

    70kg

    Power supply
    AC220V 50Hz 500W
    Product manual
    1 book
    Product Qualification Certificate
    1 copy
    Host
    1 unit
    Stretching strength gripper (shared for tearing)
    1 pair
    2500N sensor (already installed on the host)
    1 piece
    Testing software
    1 copy
    Serial port connection cable
    1 piece
    Power cord
    1 piece
    Insurance management
    2 pieces
    Foot foundation
    4 of them
    Product Quality Tracking Information Feedback Form
    2 sheets