铁氟龙管- 惠州市长永赢绝缘材料有限公司

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F4毛细管

聚四氟乙烯挤出管是用聚四氟乙烯高压分散树脂添加助剂混合成糊状，经压坯挤出后脱脂烧结而成。根据不同的需求可制成不透明和半透明。由于聚四氟乙烯具有耐腐蚀、耐老化、不粘、自润滑、绝缘性好能在-
180℃到+260℃中长期使用等优点，在化工，机械，电子，医药，航空等领域被广泛应用。

13077881871

Product Features

Excellent resistance to high and low temperatures (between -70 ℃ for low temperatures, 260 ℃ for high temperatures, and up to 300 ° C for intermittent use)。

High intensity; Both soft and tough, can be cut and processed。

Good acid and alkali resistance and chemical corrosion resistance; Oil resistant, waterproof [washable].

Heat and climate aging resistance, as well as resistance to ozone, oxygen, light, etc。

High insulation performance, dielectric constant of 3-3.2, breakdown voltage of 20-50kv/mm。

Product Details

I、主要技术指标：

项目名称

单位

指标

表观密度

g/cm³

2.10-2.20

拉伸强度≥

Mpa

断裂伸长率≥

200

挥发物含量<

0.5

耐电压≥

KV/mm

II、用途：

电线、电缆护套，高液压衬管，盐酸槽热交换器，腐蚀性流体介质管道等。

Ⅲ、規格1：

外径 x 内径 ( mm )

公差 ( m m )

外径x内径(mm)OD xID

公差 ( m m )Tolerance

中0.8x0.4

±0.08

φ12x10

±0.2

φ1×0.5

±0.08

φ14×12

±0.2

φ2x1

±0.08

φ16x14

±0.2

φ4×2

±0.1

φ18x16

±0.3

φ6×4

±0.1

φ20×18

+0.3

φ8x6

±0.1

φ22×20

±0.3

φ10×8

±0.1

φ24×21

±0.3

規格2：

规格	内径	外径（OD）			包装方式
AWG套管	Normal	S型	T型	L型	米/卷
30	0.3	0.76	0.76	0.6	305
28	0.38	0.84	0.84	0.68	305
26	0.46	0.92	0.92	0.76	305
24	0.56	1.16	1.06	0.86	305
23	0.66	1.26	1.16	0.96	305
22	0.71	1.31	1.21	1.01	305
21	0.81	1.41	1.31	1.11	305
20	0.86	1.66	1.46	1.16	305
19	0.96	1.76	1.56	1.26	305
18	1.07	1.87	1.67	1.37	305
17	1.19	1.99	1.79	1.49	305
16	1.34	2.14	1.94	1.64	305
15	1.5	2.3	2.1	1.8	153
14	1.68	2.48	2.28	2.08	153
13	1.93	2.73	2.53	2.33	153
12	2.16	2.96	2.77	2.56	153
11	2.41	3.21	3.01	2.81	153
10	2.69	3.49	3.29	3.09	153
9	3	4	3.76	3.4	100
8	3.38	4.38	4.14	3.78	100
7	3.76	4.76	4.52	4.16	100
6	4.22	5.22	4.98	4.72	100
5	4.72	5.72	5.48	5.22	100
4	5.28	6.28	6.04	5.78	100
3	5.94	6.94	6.7	6.44	100
2	6.68	7.68	7.44	7.18	100
1	7.46	8.46	8.22	7.96	100
0	8.38	9.38	9.14	8.88	100

application area

Areas of application

Shipbuilding

In order to achieve lightweighting of automobiles, effectively reduce costs and fuel consumption rates, major automobile companies generally adopt optimization design methods to design cars, making the materials used for large car coverings thinner and thinner. To solve the problems of insufficient local strength and stiffness caused by this, various reinforcement materials have been developed and widely used in various types of automobiles.

Steel smelting

Rail Transit

Aerospace field

thermal power

Machinery manufacturing

building

car

Sound barrier application