HIGH SILICA FIBERGLASS
          HIGH SILICA CLOTH
          HS THREAD TAPE SLEEVE
          HS CHOPSTRAND & MAT
          FILTRTION for FOUNDRY
       FIRE/WELDING BLANKET Series
          FIREPROOF BLANKET
          Welding Blankets
       FIBERGLASS PRODUCT Series
          FG (TEXTURIZED) FABRIC
          FG Tape/Thread/Sleeve
          Fiberglass Needled Mat
          FG (TEXTURIZD) YARN/ROVING
       FIBERGLASS COATING
          Silicone Coated Fabrics
          PTFE Coated Fabric
          Other Fabric Coatings
       Current Position:Home->Details
High Silica Needled Felt
PostTime:2010-8-30  Text 〖 B M S 〗  Reads:12270   [Close]
High silica fiber is a kind of inorganic fiber that is characterized by its resistance to high temperatures.Its softening point approaches 1700℃ and can be used at 900℃ for a long time.
With resistance to temperature up to approximately 1000℃, this fiber is used for the production of fireproof protective mats, fireproof curtains and fire blankets. It is also used as protective material for welding, a filter for molten metal, for dust collection in high temperature gas media, and filtration in high temperature liquids etc.
Introduction:
It widely used as filtration and high temperature insulation material in coom,steel,nonferrous metal and chemical industry.It also used as acoustic,insulation,damping and fire resistant material in motorcycle and automobile industry.
 
Specifications of Silica Fiberglass Needled Felt:
Product Code
Thickmess
(mm)
Width
(cm)
Weight
(g/m2)
Breaking strength
(50×100mm)
Thermal shrinkage
(%)
SiO2
Content
(%)
warp
Weft
HI-SNF1/4”
6.3 7.9
91.4
890±90
≥15
≥10
≤13
≥96
HI-SNF1/2”
12.7 15.9
91.4
2000±200
≥40
≥20
≤13
≥96
HI-SNF 1”
21-24
91.4
3600±360
≥80
≥40
≤13
≥96
Remark:test condition of thermal shrinkage 980℃,30 minutes.


Articles page:1 

Add:No:30 Andeli,West Yuhua Road,Nanjing  P.C.:210012 Tel:+86-25-52402691 18951086825 Fax:+86-25-86622655 E-mail:dingjun0519@gmail.com               Copyright © 2010, www.efgtex.com, All Rights Reserved, Designed:Baidu.com