Anti-static Felt Filter Media Anti-static Felt Filter Media

Anti-static needle felts are used when static dissipation is required. HL Filter offers three types of anti-static needle felts:
(1) Stainless steel scrim supported felt (grid/matrix or stripe/line)
(2) Stainless steel fiber blend felt
(3) Epitropic fiber blend felt

Bulk Roll Goods: weight, thickness, density, roll width, and roll length are customized at your request.

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  • Product Description
  • Specifications
  • Applications
  • Ordering Information

Has media characteristics of the blended fibers
 

Excellent Anti-Abrasion
 

Anti-static filter media (use when static dissipation is required)
Stainless steel scrim supported felt A woven scrim comprised partially of stainless steel yarns
Stainless steel fiber blend felt Use of stainless steel fibers blended with standard fibers
Epitropic fiber blend felt A blend of standard and epitropic (carbonized) fibers

Continuous operating temperature depending on the blended fibers
 

Polyester Antistatic Needle Felts
 

Acrylic Antistatic Needle Felts
 

Aramid Antistatic Needle Felt
 

PTFE Antistatic Needle Felt
 

Customized Antistatic Needle Felts

 

Fiber Materials Polyester + Stainless steel Polyester
Scrim Polyester + Stainless steel Polyester + Stainless steel (stripe or grid)
Standard Finishes
(Special surface treatments available)
Heat Set, Singed, Glazed, PTFE membrane, Water and oil proof
Weight
oz/yd² (g/m2)
11.80-17.70 (400-600)  11.80-17.70 (400-600) 

Thickness
   Inch (mm)
0.063-0.091 (1.6-2.3)  0.063-0.091 (1.6-2.3) 
Air Permeability
 CFM@ ½" W.G125PA
 (m³/m².min@200PA )
25-33 (12-16)  25-33 (12-16) 
  Tensile Strength
 lb/in (N/5CM)
Warp MD  126 (1100) 126 (1100)
Weft CD 148 (1300) 148 (1300)
Tensile Elongation (%) Warp MD  ≤25 ≤25
Weft CD ≤40 ≤40
Thermal Shrinkage (%) at max continuous temp. Warp MD  ≤1 ≤1
Weft CD ≤1.5 ≤1.5
Surface electric resistance(Ω) <10E5 <10E5
Volume electric resistance(Ω) <10E5 <10E5
Friction voltage(V) <500 <500
surface density(uc/m2) <7 <7
Max. Operating Temperature  oF (oC) Continuous 265 (130)  265 (130) 
Surge 302 (150)  302 (150) 
The data are based on laboratory conditions. 
Testing based on specific operating conditions of each installation is recommended.

Use when static dissipation is required

Customized per order