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Gelbo Flex flexing chamber

Gelbo Flex flexing chamber
  • Gelbo Flex flexing chamber
Produced by: Qinsun Instruments Co., Ltd

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Standards:

YY/T 5056.6 Surgical drapes, gowns and clean air suits, used as medical devices for patients, clinical staff and equipment - Part 4: Dry lint test methods. ISO 9073.10 Textiles. Test methods for nonwovens. Part 10_Lint and other particles generation in the dry state. EN Surgical drapes, gowns and clean air suits, used as medical devices for patients, clinical staff and equipment - Part 2 Test methods.

Applications:

Gelbo Flex flexing chamber is designed to measure the amount of fiber debris of non-woven fabrics in the dry state in accordance with ISO9073-10. It can be used to test dry lint fall performance of non-woven raw material and other textile materials.

Product Information:

Gelbo Flex flexing chamber is designed to measure the amount of fiber debris of non-woven fabrics in the dry state in accordance with ISO9073-10. It can be used to test dry lint fall performance of non-woven raw material and other textile materials.


Test principle
The sample in the test chamber experiences a comprehensive effect of torsion and compression. During the process of torsion, the air is drawn from the chamber and the particles in the air are counted and classified using a laser dust particle counter.

Standards
YY/T 5056.6 Surgical drapes, gowns and clean air suits, used as medical devices for patients, clinical staff and equipment - Part 4: Dry lint test methods.
ISO 9073.10 Textiles. Test methods for nonwovens. Part 10_Lint and other particles generation in the dry state.
EN Surgical drapes, gowns and clean air suits, used as medical devices for patients, clinical staff and equipment - Part 2 Test methods.

Applications
The instrument is used for dry lint test of non-woven fabric in the dry state, and mainly suitable for assessing the lint performance of nonwoven fabrics and other textile materials which are used as medical protective materials (surgical drapes, gowns and clean air suits). During the test, the sample in the chamber undergoes a comprehensive force of torsion and compression. Meanwhile, the air is drawn from the chamber for air-born particles counting and classifying by a laser dust particle counter so as to assess the test results.
Principle:
The sample is subjected to a combined effect of torsion and compression in the test chamber. During this twist, air is drawn from the chamber and the particles in the air are counted and classified by using a laser dust particle counter.
Product parameters:
1, sealed torsion room and Air manual machine;
2, twist speed: 60 times / minute
3, twist angle / stroke: 180 ° / 120mm
4, sample fixture: 82.8mm
5, laser particle counter test range: collection of 0.3-25.0um samples
6, laser particle counter flow rate: 28.3L / min, ± 5%
7, sample test data storage: 3000
8, timer: 1-9999 times
Test environment:
Level 5 clean room (ie 100 clean environment)

Basic Structure
1.Dry lint generator
1)Torsion device: to exert comprehensive force of torsion, compression and recovery
2)Torsion chamber (electrostatic resistance) : an organic glass body with electrostatic resistance which covers the torsion device
3)Air sampler: fixed on a specific location in the torsion chamber. The sample port has a certain shape.
2. Laser dust particle counter
Count and classify the particles in the sampled air.