NSiC Thermal Protection Tubes For Molten Metals

 NSiC Thermal Protection Tubes For Molten Metals
Model:ZY0890
Brand:ZY
Origin:Made In China
Category:Metallurgy , Mining & Energy / Metallurgy & Mining / Non-metallic Mineral Products
Label:Thermal Protection , thermal tubes , protection tubes
Price: US $20 / pc
Min. Order:10 pc
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Product Description


Fine Si3N4 bonded SiC Thermal Protection Tubes is a sort of structure ceramic material, NSiC product is shaped by casting with the composition of high pure SiC and Si powder, and sintered through nitrified reaction.


NSiC has higher strength than RSiC and has excellent oxidation resistance. Maximum working temperature is 1500deg.In addition to its structural properties, NSiC has excellent wear properties and is resistant to corrosion and erosion by molten metals. So that it can be used in direct contact with molten aluminum, zinc, copper, magnesium. NSiC has been successfully used for protection tubes for temperature measurement.


NSiC offer many engineering property levels that are not found in other refractory materials, such as high strength at using temperature, excellent load bearing strength and resistance to chemical and abrasive attack.


 


Characteristic Of Thermal Protection Tubes:


1.    Excellent oxidation resistance


2.    Good wear resistance


3.    Excellent corrosion resistance


4.    High temperature flexural performance


5.    Excellent load bearing strength


 


The Data Sheet Of The NSiC Thermal Protection Tubes

Bulk Density: 2.75-2.82g/cm3


Porosity: 10-12%


Compression Strength: 600-700Mpa


Bending Strength: 160-180Mpa


Young’s Modulus: 220-260Gpa


Thermal Conductivity: 15W/MK


Thermal Expansion α(20-1000℃): 5.0x10-6k-1


Max. Working Temperature: 1500


Si3N4: 20-40%


SiC: 60-80%


 

Payment Terms:TT
 NSiC Thermal Protection Tubes For Molten Metals 1

Member Information

ZIBO CAZER NEW MATERIAL CO., LTD
Country/Region:Shan Dong - China
Business Nature:Manufacturer
Phone:13220687827
Contact:Lolita (Sales)
Last Online:24 Feb, 2023