CN202261872U - 一种纳米圆弯发热管 - Google Patents

一种纳米圆弯发热管 Download PDF

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CN202261872U
CN202261872U CN2011203157694U CN201120315769U CN202261872U CN 202261872 U CN202261872 U CN 202261872U CN 2011203157694 U CN2011203157694 U CN 2011203157694U CN 201120315769 U CN201120315769 U CN 201120315769U CN 202261872 U CN202261872 U CN 202261872U
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heating
nanotube
heating wire
corner bevelling
circular bent
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周星星
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Abstract

本实用新型涉及一种纳米圆弯发热管,在发热设备上安装使用。现有的纳米发热管都为直管,在小型的发热设备上不好安装,在功率不变的情况下,需减短长度,增加发热管根数,这样就增加了成本。且其发热丝直径较小,影响其使用寿命。本实用新型电热丝采用纳米金属材料制成,在发热管内绕圈大,便于其散热,并且增大了电热丝的直径,使其更耐用,寿命更长。圆弯外型的发热管,占用设备的空间可合理利用,用一根圆弯发热管就可以在设备内安装,外型美观。

Description

一种纳米圆弯发热管
技术领域
本实用新型涉及一种新型电热管的纳米圆弯发热管。
背景技术
原有的纳米发热管,其玻璃石英管为直形管,在小型发热设备上不好安装,若在功率要求不变的情况下,需要缩短发热管尺寸,同时使用多根发热管串联,其成本相对就比较高了,且其电热丝直径过小,绕圈较小,散热性能差,影响其使用寿命。
发明内容
本实用新型的目的为克服原纳米发热管的不足而研制出的纳米圆弯发热管,因玻璃发热管为圆弯形,在设备中安装能有效利用空间,降低成本,电热丝使用大绕圈,有效的解决了散热问题,加粗直径的电热丝,使其具有寿命长等特点。
 本实用新型电热丝采用耐高温的纳米材料,在绕制电热丝时,要注意调大绕圈直径,电源线采用耐高温电源线,将电热丝导入圆弯形玻璃发热管,电热丝与电源线联接后用绝缘瓷头包裹,并用高温胶封口。
附图说明
 附图为本实用新型整体结构示意图。                                        
附图标号
1. 圆弯玻璃石英管、2. 电热丝、3. 绝缘瓷头、4. 高温电源线
具体实施方式 
      本实用新型一种纳米圆弯发热管,其电热丝(2)采用耐高温的纳米金属材料,电源线(4)采用耐高温电源线,将电热丝(2)导入圆弯玻璃石英管(1)内,联接好电源线(4)与电热丝(2),再装上绝缘瓷头(3),用高温胶固定。

Claims (1)

1.一种纳米圆弯发热管,它包括电热丝,圆弯玻璃石英管,其特征是电热丝(2)采用耐高温纳米金属材料,将电热丝(2)导入圆弯玻璃石英管(1)中,绕圈较大的电热丝与高温电源线(4)相接,圆弯玻璃石英管(1)两端与高温线连接头上有绝缘瓷头(3),注入高温胶封口。
CN2011203157694U 2011-08-26 2011-08-26 一种纳米圆弯发热管 Expired - Lifetime CN202261872U (zh)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN2011203157694U CN202261872U (zh) 2011-08-26 2011-08-26 一种纳米圆弯发热管

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN2011203157694U CN202261872U (zh) 2011-08-26 2011-08-26 一种纳米圆弯发热管

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CN202261872U true CN202261872U (zh) 2012-05-30

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CN2011203157694U Expired - Lifetime CN202261872U (zh) 2011-08-26 2011-08-26 一种纳米圆弯发热管

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CN (1) CN202261872U (zh)

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Granted publication date: 20120530