N Type Thermocouple Wire

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    Negotiable

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  • Delivery term:

    The date of payment from buyers deliver within days

  • seat:

    Jiangsu

  • Validity to:

    Long-term effective

  • Last update:

    2023-10-23 22:00

  • Browse the number:

    391

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Company Profile

Suzhou Nickel Alloy Co., Ltd

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Contact:nickel(Mr.)  

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Phone:

Area:Jiangsu

Address:Jiangsu

Website:http://www.ohmwire.com/ http://nickel.hz-cdwl.com/

Product details

Nicrosil-Nisil thermocouple is the latest base metal thermocouple, developed to improve the drawbacks that type K thermocouple has. The main chemical composition of positive leg Nicrosil(NP) is Ni: Cr: Si≈84.4: 14.2: 1.4; negative leg Nisil (NN) is Ni: Si: Mg≈95.5: 4.4: 0.1. Type N thermocouple also be used in the similar atmospheres that type K works, and the operating temperature range is -200~1300℃.



Type N thermocouple improves the EMF drift and short term EMF change, compared to type K thermocouple, and has a longer life than type K thermocouple. Therefore, in the industries where temperature control and measurement are especially critical, type N thermocouple has more advantages than other thermocouple as it has long life and stable thermal EMF.



 


































TYPE



Chemical Composition%



Ni



Cr



Mn



Si



Mg



NP



rest



13.7~14.7



/



1.2~1.6



0.01



NN



rest



0.02



/



4.2~4.6



0.5~1.5




 






Standard:IEC60584-1




 














































TYPE



EMF Versus Pt.67(mv)



100℃



200℃



400℃



600℃



800℃



1000℃



NP



1.755~1.813



3.910~3.976



8.880~8.959



14.307~14.433



20.012~20.180



32.313~32.525



NN



0.975~1.005



1.954~1.988



4.035~4.075



6.212~6.274



8.318~8.402



8.807~8.907



NP-NN



2.730~2.818



5.864~5.962



12.915~13.033



20.519~20.707



28.330~28.582



8.807~8.907




 






Physical Properties:




 































Type



Density at 20℃ (g/cm³)



Melting point (℃)



Tensile Strength(Soft annealed condition in 20℃)(Mpa)



Elongation(Soft annealed condition in 20℃)(%)



Resistivity at 20℃ (μΩ.m)



NP



8.5



1410



≥620



≥25



0.97



NN



8.6



1340



≥550



≥30



0.33




 

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