Hot sale Short Sleeve T-shirt - Fecral High Temp Resistant/Conductive Thread – Shielday Detail:
FeCrAl Fiber High temp resistant/Conductive Thread
FeCrAl Fiber Yarn is made of 100% FeCrAl Fiber
Material Advantages:
- High temperature resistance to 1400 degree
- Low temperature coefficient
- High surface load
- Oxidation resistant
- Emission reduction
- Cool fast
- Steady resistivity to contraction
- Wide range of surface heat intensity
- Soft medium can make various shape of combustion head
The main technical parameters:
FeCrAl fiber yarn |
Fiber Diameter |
Specification |
Φ13μm 100% |
2Nm/2—12Nm/2 |
|
Φ17μm 100% |
2Nm/2—11Nm/2 |
|
Φ22μm 100% |
2Nm/2—8 Nm/2 |
Applications: Perfect material for burner, High temperature dust filtration, fuel saving combustion gas boiler, fiber bomb etc
Product detail pictures:
Related Product Guide:
Cheyenne gets 5 options for future home of Municipal Court | Local News | Single Core Copper Cable
Electric Power Steering (EPS) Market by Future Growth 2019: Latest Manufacturerâs Summary, Equipment, Revenue Generation, Demand, Supply, SWOT Product Portfolio, and Sales Analysis 2025 | Stainless Steel Braided Sleeve
We support our purchasers with ideal high-quality merchandise and significant level company. Becoming the specialist manufacturer in this sector, we now have received loaded practical encounter in producing and managing for Hot sale Short Sleeve T-shirt - Fecral High Temp Resistant/Conductive Thread – Shielday, The product will supply to all over the world, such as: Romania, Lesotho, Bulgaria, In the new century, we promote our enterprise spirit "United, diligent, high efficiency, innovation", and stick to our policy"basing on quality, be enterprising, striking for first class brand". We would take this golden opportunity to create bright future.
By Deirdre from Jakarta - 2015.12.22 12:52
The company account manager has a wealth of industry knowledge and experience, he could provide appropriate program according our needs and speak English fluently.
By Christina from Pretoria - 2016.09.29 11:19