Hydraulic Burst Strength Tester / Dust Burst Tester

Hydraulic burst strength tester/fabric burst tester uses hydraulic explosion method (elastic diaphragm method) to measure the strength of woven, knitted, the expansion force and expansion degree of not -woven fabrics, non-woven fabrics, paper, cardboard and other materials when stressed simultaneously in warp, weft and all directions.

Hydraulic Type Bursting Strength Tester / fabric burst tester Uses hydraulic pressure explosion (elastic diaphragm method) to measure the warp and weft and each The expansion force and degree of expansion when the direction is loaded at the same time.

Applicable Standards:

ASTM/D3786, ERT80-4-20, GB/T7742.1, BSENISO13938-1, BS3424-6-B, ISO3303-B, ISO2758, ISO3303 .2, ISO3689, JISL1018L1093, IWSTM170

Hydraulic burst strength tester/textile burst testerMain parameters:

A. Measuring range: ( Full scale range 1%~100%) range to 6,000Mpa, partial value 0.002Mpa;

B. Elastic diaphragm: outer diameter Φ80 mm thickness 0.9 ± 0.1 mm;

C. Test cup set : Φ112.8 mm ± 0.2 mm, Φ 79.8 ± 0.2 mm, Φ 35.7 ± 0.2 mm, Φ 31.5 ± 0.2 mm, Φ 30.5 ± 0.2 mm, Φ 30 ± 0.2 mm;

D. Burst height: 70 ± 0.02 mm;

E. Burst time: 99.9 ± 0.1s;

F. Pressure boosting speed: 100-500ml/min, the speed can be adjusted manually, or choose intelligent automatic adjustment;

G. Output form: print output, display output, real- time graphic display, support online communication;

H. Operation method: manual;

I. Hydraulic oil: glycerin85%, distilled water 15%;

J. Instrument power supply: AC220V50Hz2000W.

Test Process:

1. Sample Selection

Randomly select 8 samples with different components and organizational structures and test the burst strengthof each sample 10 times, the average of their results was used for analysis and comparison.

2. Experimental research methods

Different equipment and different test methods are selected, and the results of the bursting strength of the samples are also different. The bursting time specified in GB/T7742.1-2005 can be (20 ± 5) s; the test area is 50 cm2, and other test areas such as 100 cm2, 10 cm2, 7.3 cm2 can also be used, and three different test areas are used for the same test area. The sample is tested, and at the same time the influence of the test area on the burst performance of the substance examined.

3. Analysis of test results

The analysis shows that in the hydraulic burst test, the test area under the same conditions has a major influence on the burst strength. In general, the smaller the test area, the greater the burst strength value. The burst strength value obtainedgene by using a 7.3 cm2 test area is about 3 times that of a 50 cm2 test area. Therefore, the test area for the burst test must be specified.

Points to note:

1. The test value should be within the range of 20% to 80% of full scale value, otherwise the weight should be increased or decreased;

2. When the indication value range is 0-16N, the large and small weighted hammers A, B and the long and short screws are not used;

3. When the indication value range is 0-32N, install then install a small weight-raising hammer A and fix it with 2 short screws;

4. If the indication value range is 0-64N, install a big weight-raising hammer B, and use 2 long screws to fix it;

Screws hold it.

After-sales service:

1. We have an after-sales service team. The company has been in the testing industry for more than ten years and has rich practiceaccumulated experience;

2. Be able to solve various problems in a timely and rapid manner and relieve customers;

3. Spare parts are available, eliminating the problems of long lead times for ordering spare parts;

4. Outsourcing maintenance service;

5. Long-term supply of various commonly used test instruments;

6. We keep up to date with industry standards and provide test instruments that meet the updated standards in a timely manner.

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