CHINA NBC-7125 12 sets of leather folding testing machine
SE
It meets the requirements of standard BS-3144, JIB-K6545, QB1873, QB2288, QB2703, GB16799-2008, QB/T2706-2005 and other leather flexible inspection methods.
Factory NBC-7125 Leather folding TesterPacking list
SKU
NB044563
speed
(100±5)cpm
Counter
6-Bit electronic
fixture
12 groups
Volume
52x64x40cm
Specimen size
70x45cm
Weight
About 60kg
Bending angle
22.5°
Power
AC 220V/50Hz
NBC-7125
Leather folding Tester
It meets the requirements of standard BS-3144, JIB-K6545, QB1873, QB2288, QB2703, GB16799-2008, QB/T2706-2005 and other leather flexible inspection methods.
Introduction
This machine is suitable for testing the folding resistance of various leather materials, leather materials, and cloths. The inner and outer sides of the material to be tested are clamped, and after repeated bending for a certain number of times, the damage of the material to be tested is observed. This machine is suitable for shoe uppers. , clothing materials, bags and other thin objects.
Standards compliant
Manufactured according to the requirements of BS-3144, JIB-K6545, QB1873, QB2288, QB2703, GB16799-2008, QB/T2706-2005 and other leather flexibility testing methods.
[Note]Because the manufacturer's packaging may be updated or upgraded, the detailed packaging list shall be subject to the latest standard configuration of the manufacturer.
FAQ
QI want to test the folding performance of the upper leather, which instrument should I choose?
A
NBC-7125 Leather Bending Tester This equipment is specially designed for thin materials such as uppers and fabrics. It simulates the damage of repeated bending test materials and meets the mass inspection requirements of upper leather.
QWhat materials is this folding tester suitable for testing?
A
It is mainly suitable for folding endurance testing of leather, leather and fabric. Especially for thin materials such as uppers, clothing and bags, multiple samples can be tested simultaneously through 12 sets of jigs, which can effectively evaluate the durability of materials in actual use.