Nn Np Stranded Wire Thermocouple Wire Alloy Stranded Wire

• Product Type: Alloy
• Material: Ni Cr Si
• Carbon Content: Low Carbon
• Shipping Cost: Estimated freight per unit.: about shipping cost and estimated delivery time.
• Currency: US$
• Return&refunds: You can apply for a refund up to 30 days after receipt of the products.
• Model NO.: chenxin-126
• PCD: 98mm
• Thermocouple Wire Type: K E J T N
• Thermocouple Wire Diameter: 0.02mm-10mm You Choose
• Thermocouple Wire Feather: Soft Wire and Hard Wire
• Thermocouple Wire Surface Treatment: Bright Annealing, Oxidizing
• Thermocouple Wire Temperature Range: Long Term and Short Term
• Thermocouple Conductorsingle Wire or Str: Single Wire or Stranded
• Thermocouple Grade: I Grade, or II Grade
• Thermocouple Wire Emf Values: Inspection Report Supplied
• Transport Package: Wooden Case
• Specification: 0.16*19 etc
• Trademark: reou
• Origin: Jiangyin
• HS Code: 9025900090
• Production Capacity: 30 Tons Per Month
• Package Size: 50.00cm * 30.00cm * 20.00cm
• Package Gross Weight: 21.000kg
• Lead Time: 10 days (1 - 5000 kilogram) ; To be negotiated ( > 5000 kilogram)

Product Description

Nn Np Stranded Wire Thermocouple Wire Alloy Stranded Wire

Senphus produce all kinds of thermocouple stranded wire 
Our stranded wires are evenly, for 19*0.16mm stranded NN wire, we can guarantee 10000 m no joint
Senphus NN NP stranded wire pictures 


 

Name	Usag Classification	Grade	Temperature range(ºC)		Tolerance	Standard
			Long term	Short term
NiCr-NiA(Type K)thermocouple bright wire	K	I	-40~1200	-40~1300	±1.5ºCor ±0.4%	GB/T2614-1998
		II			±2.5 ºCor ±0.75%
NiCr-CuNi(Type E)thermocouple bright wire	E	I	-40~750	-40~900	±1.5 ºCor ±0.4%	GB/T4993-1998
		II			±2.5 ºCor±0.75%
Fe-CuNi(Type J)thermocouple bright wire	J	I	-40~600	-40~750	±1.5 ºCor ±0.4%	GB/T4994-1998
		II			±2.5 ºCor±0.75%
Cu-CuNi(Type T)thermocouple bright wire	T	I	-200~300	-200~350	±0.5 ºCor ±0.4%	GB/T2903-1998
		II			±1 ºCor ±0.75%
		III			±1 ºCor ±1.5%
NiSiMg(Type N)thermocouple bright wire	N	I	-40~1200	-40~1300	±1.5 ºCor ±0.4%	GB/T17615-1998
		II			±2.5 ºCor±0.75%