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VIT 142A/B - Computerized Bursting Tester for Accurate Bursting Strength Testing of Fabrics and Materials
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VIT 142A/B – Computerized Bursting Tester for Accurate Bursting Strength Testing of Fabrics and Materials

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Application

The Button Impact Tester is designed to assess the impact resistance of plastic sew-through flange buttons. The tester evaluates the button’s ability to withstand a falling mass of 0.84 kg (29.5 oz), released from heights of 32mm, 44mm, 67mm, 83mm, 95mm, 117mm, or 200mm, as required. Failure is determined by cracking, chipping, or breakage of the button.

Features

  • High-accuracy servo-motor driving system
  • Automatic clamping for secure and reliable testing
  • Large colorful touch panel for easy operation without a computer
  • Automatic induction and bursting system, with PC and printer connectivity
  • Memory and printing functions for easy test result output
  • Resolution: 2 kPa
  • Test Head and Clamp Sizes: 50 cm² (Φ79.8mm), 7.3 cm² (Φ30.5mm), and other sizes available upon request

Testing Method

Bursting Strength Test Procedure
The Bursting Strength Tester uses continuous pressure to determine the tensile strength of fabric, paper, or board until it bursts. The tester calculates the bursting strength based on the burst time and pressure using intelligent algorithms, and the results are presented via PC-controlled software. The tester is suitable for various standards and provides an accurate calculation of bursting strength.

Bursting Strength Calculation Formula
Bursting strength (kN/m²) = A – B
Where:

  • A is the average burst strength (kN/m²)
  • B is the number of diaphragm calibration (kN/m²)
    Note: 1 MPa = 1000 kN/m²

Calibration Process
To calibrate the tester, compare the results of a sample test with the calibration plate under the same parameters. If the results match, no further calibration is needed. Otherwise, adjust the calibration pressure and set the tester to the correct value.

Types of Bursting Strength Testers
This tester can evaluate the bursting strength of various materials, including:

  • Fabric (woven and knitted)
  • Paper and cardboard
    It is widely used in industries such as textiles and packaging for testing materials’ resistance to bursting under pressure.

Specification

Models

  • TF142A: 2000 kPa (290 psi)
  • TF142B: 10000 kPa (1450 psi)

Standards

  • ASTM 3786-06
  • ISO 2758/13938-1
  • BS 3424/3137
  • BS 4768
  • AS 2001.2.4
  • GB/T 7742
  • IWSTM 29
  • EDA NA 80.4-02/80.3-99
  • NEXT 22 2206
  • FZ/T 60019
  • FZ/T 01030
  • JIS L1018.6.17
  • BS-2922

Power
220 / 110 V 50/60 Hz

Weight
170 Kg

Dimensions
620 x 450 x 530mm (L x W x H)

Gallery

Coming Soon

Application

The Button Impact Tester is designed to assess the impact resistance of plastic sew-through flange buttons. The tester evaluates the button’s ability to withstand a falling mass of 0.84 kg (29.5 oz), released from heights of 32mm, 44mm, 67mm, 83mm, 95mm, 117mm, or 200mm, as required. Failure is determined by cracking, chipping, or breakage of the button.

Features

  • High-accuracy servo-motor driving system
  • Automatic clamping for secure and reliable testing
  • Large colorful touch panel for easy operation without a computer
  • Automatic induction and bursting system, with PC and printer connectivity
  • Memory and printing functions for easy test result output
  • Resolution: 2 kPa
  • Test Head and Clamp Sizes: 50 cm² (Φ79.8mm), 7.3 cm² (Φ30.5mm), and other sizes available upon request

Testing Method

Bursting Strength Test Procedure
The Bursting Strength Tester uses continuous pressure to determine the tensile strength of fabric, paper, or board until it bursts. The tester calculates the bursting strength based on the burst time and pressure using intelligent algorithms, and the results are presented via PC-controlled software. The tester is suitable for various standards and provides an accurate calculation of bursting strength.

Bursting Strength Calculation Formula
Bursting strength (kN/m²) = A – B
Where:

  • A is the average burst strength (kN/m²)
  • B is the number of diaphragm calibration (kN/m²)
    Note: 1 MPa = 1000 kN/m²

Calibration Process
To calibrate the tester, compare the results of a sample test with the calibration plate under the same parameters. If the results match, no further calibration is needed. Otherwise, adjust the calibration pressure and set the tester to the correct value.

Types of Bursting Strength Testers
This tester can evaluate the bursting strength of various materials, including:

  • Fabric (woven and knitted)
  • Paper and cardboard
    It is widely used in industries such as textiles and packaging for testing materials’ resistance to bursting under pressure.

Specification

Models

  • TF142A: 2000 kPa (290 psi)
  • TF142B: 10000 kPa (1450 psi)

Standards

  • ASTM 3786-06
  • ISO 2758/13938-1
  • BS 3424/3137
  • BS 4768
  • AS 2001.2.4
  • GB/T 7742
  • IWSTM 29
  • EDA NA 80.4-02/80.3-99
  • NEXT 22 2206
  • FZ/T 60019
  • FZ/T 01030
  • JIS L1018.6.17
  • BS-2922

Power
220 / 110 V 50/60 Hz

Weight
170 Kg

Dimensions
620 x 450 x 530mm (L x W x H)

Gallery

Coming Soon

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Fax: +60​3​-​5621​5829

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