ÈËÉú¾ÍÊDz«

NTEKÈËÉú¾ÍÊDz«¼ì²â¼¯ÍÅ

Ä¿½ñλÖà : Ê×Ò³ > ÐÂÎÅ×ÊѶ> ÐÐҵ֪ʶ

Ó¡¶ÈMTCTEÐû²¼¹âÏ˵çÀ²úÆ·µÄ¿íÃâ²âÊÔÏîÄ¿

2023-03-20
4555 ×÷Õߣº NTEKÈËÉú¾ÍÊDz«¼ì²â¼¯ÍÅ
±¾ÎÄÒªº¦´Ê:

2023Äê3ÔÂ10ÈÕ£¬£¬£¬ £¬£¬£¬Ó¡¶ÈµçÐŹ¤³ÌÖÐÐÄ£¨TEC£©Ðû²¼Á˹ØÓÚµ¥Ä£¹âÏ˺͹âÏ˵çÀ²úÆ·¡±Ç¿ÖÆÐÔ²âÊÔºÍÈÏÖ¤¡± (MTCTE) ¹æ·¶£¨ER£©Ï²¿·Ö¿É¿íÃâµÄ²âÊÔÏîÄ¿£¬£¬£¬ £¬£¬£¬³ýÉÐÓÐ֪ͨÍ⣬£¬£¬ £¬£¬£¬ÓÐÓÃÆÚÖÁ2023Äê6ÔÂ30ÈÕ¡£¡£¡£¡ £»£»£»£»£¿íÃâ²âÊÔÏîÄ¿ÈçÏ£º

²úÆ·Ãû³Æ  

²âÊÔÏîÄ¿  

µ¥Ä£¹âÏË  

Mechanical Characteristics Proof test for minimum  strain level 

Material Properties- Fiber Materials- The  substances of which the fibres are made  

Colour qualification for color fibres- MEK RUB  Test  

(Methyl Ethyl Ketone)  

¹âÏ˵çÀ  

Lightning Test  

Termite and  Rodent Test  

Shotgun  resistance Test  

DC Resistance  

Short Circuit  Test  

Lightning Arc  Test  

Salt Spray  Corrosion Test  

Flame Spread-  Bunched cable  

Smoke Test  

Acid gas  (Toxicity) (Test on toxic gases evolved during combustion of materials from  cables)  

Flame retardant  

Damp Heat Test  

Electrical  Characteristics - Power Feeding Wires  

Transfer  impedance and Coupling attenuation  

Requirements for  fire performance of Optical/metallic hybrid cables should meet fire safety  regulations

Á¬Ã¦×Éѯ »ñÈ¡±¨¼Û

»ñÈ¡±¨¼Û

¹«Ë¾Ãû³Æ£º *
ÄúµÄÐÕÃû£º*
ÄúµÄÊÖ»ú£º*
ÄúµÄÐèÇó£º*

*ΪÁËÄú µÄÈ¨Òæ£¬£¬£¬ £¬£¬£¬ÄúµÄÐÅÏ¢½«±» ÑϿᱣÃÜ

ÐÅÏ¢Ìá½»ÀÖ³É

רҵ¹¤³Ìʦ½«·É¿ìÁªÏµÄú£¬£¬£¬ £¬£¬£¬ÎªÄúÌṩºÏÊÊ ½â¾ö¼Æ»®£¬£¬£¬ £¬£¬£¬ÆÚ´ýÓëÄúÏàÓö~

΢ÐŹ«ÖÚºÅ
·ÖÏíÐÐÒµ¸É»õ
΢ÐÅ×Éѯ
Ç뱸ע×ÉѯЧÀÍ
¡¾ÍøÕ¾µØÍ¼¡¿