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E-mail
1683543290@qq.com
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Phone
15876479090
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Address
101 Shuixin Road, Jiujiang, Changping Town, Dongguan City, Guangdong Province
Dongguan Haotian Testing Equipment Co., Ltd
1683543290@qq.com
15876479090
101 Shuixin Road, Jiujiang, Changping Town, Dongguan City, Guangdong Province
High and Low Temperature Damp Heat Bending TesterOn-demand customization
Dongguan Haotian SMA-210PF-FPC Double 85 High and Low Temperature Test Bending Machine is used to evaluate the bending or cold resistance of materials at low temperatures, in order to understand the adaptability of materials or finished products to low-temperature climates or cold regions, as well as the cold resistance, dry bending, bending, performance and research and development of related products, and the testing specifications for quality management engineering.

Customized high and low temperature wet heat bending testing machine according to needs
3.1 Experimental Area Volume 210L
3.2 Studio size 500 × 700 × 600mm (width × height × depth)
3.3 Outer box dimensions 1100 × 1780 × 1280mm (width × height × depth)
3.4 Schematic diagram of outer box dimensions omit
3.4 Temperature Range -40 ℃~150 ℃ (adjustable arbitrarily)
3.5 Humidity Range 20% to 98% RH (adjustable within the blue area, green area for low-temperature models, special instructions required during production)
3.6 Temperature fluctuation ±0.5 ℃
3.7 Humidity fluctuation ±1.0%RH
3.8 Temperature uniformity ±2.0 ℃
3.9 Temperature deviation 2.0 ℃
3.10 Humidity deviation Within 3% RH
3.11 Heating rate 20 ℃ → 150 ℃/approximately 45 minutes (no-load nonlinearity of approximately 3 ℃/min)
3.12 降 温 速 率 20 ℃ → 0 ℃/about 20 minutes (no-load non-linear 1.0 ℃/min)
3.13 Power specifications and power AC 220V ± 10% frequency 50HZ power: 3.0KW

This machine is mainly designed for conducting repeated bending tests on FPC cables under high temperature and high humidity double 85 and low temperature conditions. It performs back and forth bending tests at a certain speed, stroke, (angle), and counting. This machine complies with GB/T 2423.1-2016 Test A: Low temperature test method GB/T 2423.2-2016 Test B: High temperature test method GJB 150.3-2016 IEC68-2-1 Test A: Cold GB 11158 "Technical conditions for high temperature test chambers" GB/T10586-89 Wet and hot test chamber conditions.