Hunan Huitong Advanced Materials Co., Ltd. 86-731-88701028 info@ht-metalfiber.com
1000g/M2 Stainless Steel Woven Wire Mesh , 8um Diameter Stainless Steel Fabrics

1000g/M2 Stainless Steel Woven Wire Mesh , 8um Diameter Stainless Steel Fabrics

  • High Light

    1000g/m2 stainless steel woven wire mesh

    ,

    1000g/m2 stainless steel fabrics

    ,

    8um diameter stainless steel fabrics

  • Diameter
    8um
  • Filtering Aera
    To Be Customized
  • Material
    Fecral,stainless Steel
  • Product Name
    Stainless Steel Fabrics
  • Certification
    ROHS
  • Weight/Square Meter(g/m2)
    1000
  • Place of Origin
    Yiyang,China
  • Brand Name
    huitong
  • Certification
    ROHS
  • Minimum Order Quantity
    100m2
  • Price
    Negotiable
  • Packaging Details
    wooden case
  • Delivery Time
    depends on quantity
  • Payment Terms
    T/T
  • Supply Ability
    10000 elements per month

1000g/M2 Stainless Steel Woven Wire Mesh , 8um Diameter Stainless Steel Fabrics

Pure stainless steel fabrics for high temperature weaving
 
【Description】
Pure metal fiber fabrics are divided into two types, knitted and woven, composed of 100% stainless steel fiber, which has corrosion resistance, high temperature resistance (500 ° C) and good softness. In addition to the above commonalities, knitted products have high elasticity and high strength of woven products.
 
【Application】
Knitted pure metal fiber fabrics can be applied to high temperature environments such as the glass industry.
Woven pure metal fiber fabric can be used in automotive glass, vacuum tube and glass processing, high temperature flue gas filter bags and other high temperature environments.
 
【Parameters】
Knitting
        Width(mm)
Item        
1800 1900 1700
SUS type SUS316L
Count 11/2S
Thickness(mm) 0.9
Weight/Square Meter(g/m2) 1000
Deviation per square weight ±5%

 

Weaving
        Width(mm)
Item        
1000 1200 1500
SUS Type SUS316L
Count 16/25
Thickness
(mm)
Plain Weave 0.35
Twill 0.5
Weight/Square Meter(g/m2) Plain Weave 0.35
Twill 0.5
Deviation per square weight ±5%