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E-mail
anhuitiankang@163.com
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Phone
13965985979
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Address
No. 20 Renhe South Road, Tianchang City, Chuzhou City, Anhui Province
Anhui Tiankang (Group) Co., Ltd
anhuitiankang@163.com
13965985979
No. 20 Renhe South Road, Tianchang City, Chuzhou City, Anhui Province
>YVFB3 * 50+1 * 25 flat cableDetailed information:
YVFB3*35+1*16Flat cable,YVFB3 * 50+1 * 25 flat cable
KYVFPB、KYFFPB、KYVFBP、KYFFBP、KYVFBR、KYFFBR、ZR-YVF、ZR-YFF、ZR-YVFR、ZR-YFFR、ZR-YVFP、ZR-YFFP、ZR-YVFRP、ZR-YFFRP,YVFB3 * 35+1 * 16 flat cable,YVFB3 * 50+1 * 25 flat cable
Product Features and Applications This product has the characteristics of cold resistance, softness, wear resistance, and oil resistance, and is suitable for connecting cables for mobile electrical appliances with special requirements for cold resistance and oil resistance for AC rated voltage of 0.6/1KV and below. Currently, this product has been widely used in industries such as metallurgy, power, shipbuilding, and automobile manufacturing.
YVFB3 * 35+1 * 16 Flatcable,YVFB3 * 50+1 * 25 flat cable
3*25 7*2.15/513*0.25 25.3 27.0 1139 1372
3*35 7*2.52/722*0.25 28.0 31.5 1480 1729
3*50 10*2.52/1026*0.25 32.0 37.5 1900 2405
3*70 19*2.16/1406*0.25 41.0 50.0 4061 3087
3*95 19*2.52/486*0.50 45.0 55.0 997 4003
3*120 24*2.52/608*0.50 50.0 60.0 4060 4887
3*150 30*2.52/760*0.50 60.0 65.0 5197 2995
3*185 37*2.52/945*0.50 65.0 70.0 6279 7262
3*4+1*2.5 19*0.52/82*0.25 14.5 15.5 320 481
3*6+1*4 19*0.65/123*0.25 16.2 17.8 423 597
3*10+1*6 7*1.37/204*0.25 21.0 23.0 630 827
3*16+1*10 7*1.70/323*0.25 23.0 25.0 888 1255
3*25+1*16 7*2.15/513*0.25 27.0 29.0 1375 1578
3*35+1*16 7*2.52/722*0.25 32.3 35.0 1690 1927
3*50+1*25 10*2.52/1026*0.25 36.0 40.0 2175 2760
3*70+1*35 19*2.16/1406*0.25 40.0 44.0 2950 3546
3*95+1*50 19*2.52/486*0.50 46.0 52.0 3950 4670
3*120+1*70 24*2.52/608*0.50 51.0 55.0 4800 5745
3*150+1*70 30*2.52/760*0.50 56.0 60.0 5810 6862
3*185+1*95 37*2.52/945*0.50 66.0 70.0 7200 8394
The vast majority of wire and cable products have the same cross-sectional shape (ignoring manufacturing errors) and are in the form of long strips, which is determined by the characteristics used as a component of circuits or coils in systems or equipment. So studying and analyzing the structural composition of cable products only requires observing and analyzing their cross-section.
The structural components of wire and cable products can generally be divided into four main parts: wires, insulation layers, shielding and protective layers, as well as filling elements and tensile elements. According to the requirements and application scenarios of the product, some products have extremely simple structures.
Cable material
In a sense, the wire and cable manufacturing industry is an industry of material precision machining and assembly. Firstly, the amount of materials used is enormous, with material costs in cable products accounting for 80-90% of the total manufacturing cost; Secondly, there are many types and varieties of materials used, and the performance requirements are particularly high. For example, copper is used as a conductor, and the purity of copper is required to be above 99.95%. Some products require the use of oxygen free high-purity copper; The selection of materials will have a decisive impact on the manufacturing process, product performance, and service life.
At the same time, the benefits of wire and cable manufacturing enterprises are closely related to whether they can scientifically save materials in material selection, processing, and production management.
Therefore, when designing wire and cable products, it is necessary to choose materials simultaneously. Generally, several materials are selected and determined through process and performance screening tests.
The materials used in cable products can be divided into conductive materials, insulation materials, filling materials, shielding materials, protective layer materials, etc. according to their usage location and function. But some of these materials are common to several structural components. Especially thermoplastic materials such as polyvinyl chloride, polyethylene, etc. can be used on insulation or sheath by changing some of the formula components.
The materials used in the manufacturing of cable products involve a wide range of categories, with a particularly large variety of specifications (grades).