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Dryer Fabric
Anti-static Dryer Fabric
Model: AS-1800 · Anti-static Dryer Fabric
PAPTEX Anti-static Dryer Fabric solves a persistent operational challenge in high-speed paper machines: static electricity buildup. Our proprietary carbon-filled conductive yarns are strategically integrated into the fabric structure, creating a controlled dissipation path that safely channels static charges away from the sheet — protecting both product quality and operator safety.
300 ~ 650 CFM
Air Permeability
Up to 160°C
Heat Resistance
Suitable Paper Grades
🧻Tissue🏷️Specialty Paper
Best Applications
Engineered for these paper grades and machine conditions
Why Choose PAPTEX
Static Dissipation
Carbon-filled conductive yarns safely dissipate static charges.
Operator Safety
Reduces static shocks to machine operators.
Engineering Overview
PAPTEX Anti-static Dryer Fabric solves a persistent operational challenge in high-speed paper machines: static electricity buildup. Our proprietary carbon-filled conductive yarns are strategically integrated into the fabric structure, creating a controlled dissipation path that safely channels static charges away from the sheet — protecting both product quality and operator safety.
With surface resistivity ≤10⁶ Ω/sq and 300–650 CFM air permeability, this fabric maintains standard dryer fabric performance characteristics while eliminating static-related issues: sheet sticking, dust attraction, operator shocks, and fire risk in solvent-based coating applications. Continuous heat resistance up to 160°C.
Essential for high-speed printing/writing paper machines, tissue machines with creping operations, and any mill experiencing static-related downtime or quality issues in the dryer section.
Verified Evidence
Evidence-Based Quality
Every claim backed by test reports, certifications, and factory data.
Test Report
EV-TEST-002Quantified + Conditioned (L4)
Tensile Strength Testing — ISO 9073-3
Per ISO 9073-3 standard N/cm · MD and CMD, 23°C ± 2°C, 50% ± 5% RH
Source: In-house universal testing machineEV-TEST-003Quantified + Conditioned (L4)
Hydrolysis Resistance Testing
Retained ≥85% tensile after 150 days % retention · at 120-160°C saturated steam
Source: Accelerated aging test, internal lab protocol PTL-027EV-TEST-004
Abrasion Resistance Testing — ISO 12947
Technical Specifications
| Structure Type | Anti-static Dryer Fabric |
| Material | Polyester with Carbon-Filled Conductive Yarns |
| Surface Resistivity | ≤ 10⁶ Ω/sq |
| Air Permeability | 300 ~ 650 CFM |
| Heat Resistance | Up to 160°C |
| Seam Type | Pin Seam |
Need a custom specification?
Our engineers can tailor the fabric to your machine parameters.
Performance Metrics
Key performance indicators measured under standard laboratory conditions.
Air Permeability300~ 650 CFM
Continuous Temp.160°C
Measured per ISO 9237 / ISO 9073 standards. Actual performance may vary with machine conditions.
Next Steps
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Full technical specifications, performance data, and installation guidelines.
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Get a sample piece for evaluation. Standard A4 size, delivered in 5-7 days.
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Full lab test report: ISO 9237 permeability, ISO 9073 tensile, ISO 12947 abrasion.
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Technical documentation for Anti-static Dryer Fabric
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Frequently Asked Questions
Common questions about Anti-static Dryer Fabric
Carbon-filled conductive yarns are woven into the fabric at regular intervals. These conductive filaments create a continuous path to dissipate static charges — similar to how anti-static flooring works. The carbon fibers are encapsulated within the yarn for durability and do not mark the paper sheet.
Knowledge Center
Knowledge Center →Recommended Reading
Technical articles, guides, and resources for your application.
🔥Machine Section
Dryer Section
Mastering the dryer section: heat transfer efficiency, steam consumption, dryer fabric (screen) selection, air permeability optimization, and fabric tracking solutions.
4 subtopicsExplore →
⚡Application Domain
Energy Saving
Energy efficiency strategies for paper machines: steam reduction, vacuum optimization, drive energy savings, and how PMC design contributes to overall energy performance.
3 subtopicsExplore →
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